This document contains a final exam for a Plant and Animal Taxonomy course, with multiple choice and short answer questions covering topics like classification systems, characteristics of different kingdoms and phyla, binomial nomenclature, herbaria, and plant/animal adaptations. The exam is divided into types A through P, with each type containing 5-10 related questions. It also provides information about the course code, title, student level, and institution (Harry Pass Polytechnic) where the exam was administered.
The document discusses various types of invertebrate animals. It describes their characteristics such as lacking backbones, having exoskeletons, tentacles, shells, legs or segments. Some examples provided include sponges, jellyfish, worms, snails, insects and arachnids such as spiders. Invertebrates make up 97% of the animal kingdom and live in a variety of environments on land and in water.
The document summarizes many plant adaptations based on their environmental conditions. It discusses how desert plants store water and reduce water loss through waxy coatings, spines, and deep root systems. Grassland plants like those in savannas and prairies extend roots deep into the ground and have narrow leaves. Forest plants vary by region - tropical rainforest trees have buttresses and stilt roots, deciduous trees drop leaves, and coniferous trees have needle-like waxy leaves and shed snow well. Tundra plants are low-growing and have shallow roots to survive the harsh Arctic conditions. Overall, the document shows how plants have remarkably adapted to their environments to obtain water, sunlight, and reproduce.
This document provides an overview of different animal classifications including:
- Poriferans and cnidarians which are simple marine animals without backbones or complex tissues.
- Echinoderms which move via tube feet and often have spiny coverings.
- Annelids which are segmented worms.
- Mollusks which often have a protective shell and move using a foot.
- Arthropods which have a hard exoskeleton and undergo metamorphosis.
- Fish and other aquatic vertebrates which breathe through gills and have fins.
- Amphibians which can live on land and water and undergo metamorphosis from eggs to adults.
- Rept
This document discusses the characteristics of invertebrate animals. It notes that invertebrates lack backbones and come in a wide range of sizes. Their bodies can have shells, exoskeletons, or no outer covering. The document then examines where invertebrates live and how they move, before categorizing them into major groups including sponges, cnidarians, worms, echinoderms, mollusks, and arthropods. Within arthropods, insects, arachnids, crustaceans, and myriapods are discussed in more detail. The mollusk category explores gastropods, bivalves, and cephalopods.
Insects have distinct body characteristics including a head, antennae, legs, abdomen, and thorax. They eat a variety of foods like plants, nectar, seeds, and grass. Insects live in nearly every habitat on Earth from deserts to mountains to streams, with most living on land. Insects reproduce by laying eggs and the babies, called larvae, look very different than the adults. Their key characteristics are being cold-blooded, having six legs, three main body parts, an exoskeleton, and many have four wings.
This module introduces biodiversity and how organisms are classified and named. It discusses the variety of living things on Earth and how they are grouped into domains, kingdoms, and species based on their characteristics. Organisms are classified to better understand the relationships between different types of living things and given scientific names to have a standardized system for identifying and discussing organisms anywhere in the world. The module will cover the historical background of classification, current classification systems, and the importance of classifying organisms.
características y clasificación de las plantas. Musgos, helechos, gimnospermas y angiospermas. Reproducción de vegetales. Mono y dicotiledóneas. Importancia de las plantas en los ecosistemas y para el hombre.
This document discusses animal adaptations. It explains that adaptations help animals survive in their environments. There are two types of adaptations: physical and behavioral. Physical adaptations are body structures, such as camouflage, mimicry, body coverings, and chemical defenses. Behavioral adaptations are actions, which can be instinctive behaviors that are innate or learned behaviors acquired through experience. Instinctive behaviors include finding shelter, gathering food, and defending oneself, while learned behaviors are obtained by interacting with the environment. Overall, adaptations allow animals to respond to their basic life needs.
The document discusses various types of invertebrate animals. It describes their characteristics such as lacking backbones, having exoskeletons, tentacles, shells, legs or segments. Some examples provided include sponges, jellyfish, worms, snails, insects and arachnids such as spiders. Invertebrates make up 97% of the animal kingdom and live in a variety of environments on land and in water.
The document summarizes many plant adaptations based on their environmental conditions. It discusses how desert plants store water and reduce water loss through waxy coatings, spines, and deep root systems. Grassland plants like those in savannas and prairies extend roots deep into the ground and have narrow leaves. Forest plants vary by region - tropical rainforest trees have buttresses and stilt roots, deciduous trees drop leaves, and coniferous trees have needle-like waxy leaves and shed snow well. Tundra plants are low-growing and have shallow roots to survive the harsh Arctic conditions. Overall, the document shows how plants have remarkably adapted to their environments to obtain water, sunlight, and reproduce.
This document provides an overview of different animal classifications including:
- Poriferans and cnidarians which are simple marine animals without backbones or complex tissues.
- Echinoderms which move via tube feet and often have spiny coverings.
- Annelids which are segmented worms.
- Mollusks which often have a protective shell and move using a foot.
- Arthropods which have a hard exoskeleton and undergo metamorphosis.
- Fish and other aquatic vertebrates which breathe through gills and have fins.
- Amphibians which can live on land and water and undergo metamorphosis from eggs to adults.
- Rept
This document discusses the characteristics of invertebrate animals. It notes that invertebrates lack backbones and come in a wide range of sizes. Their bodies can have shells, exoskeletons, or no outer covering. The document then examines where invertebrates live and how they move, before categorizing them into major groups including sponges, cnidarians, worms, echinoderms, mollusks, and arthropods. Within arthropods, insects, arachnids, crustaceans, and myriapods are discussed in more detail. The mollusk category explores gastropods, bivalves, and cephalopods.
Insects have distinct body characteristics including a head, antennae, legs, abdomen, and thorax. They eat a variety of foods like plants, nectar, seeds, and grass. Insects live in nearly every habitat on Earth from deserts to mountains to streams, with most living on land. Insects reproduce by laying eggs and the babies, called larvae, look very different than the adults. Their key characteristics are being cold-blooded, having six legs, three main body parts, an exoskeleton, and many have four wings.
This module introduces biodiversity and how organisms are classified and named. It discusses the variety of living things on Earth and how they are grouped into domains, kingdoms, and species based on their characteristics. Organisms are classified to better understand the relationships between different types of living things and given scientific names to have a standardized system for identifying and discussing organisms anywhere in the world. The module will cover the historical background of classification, current classification systems, and the importance of classifying organisms.
características y clasificación de las plantas. Musgos, helechos, gimnospermas y angiospermas. Reproducción de vegetales. Mono y dicotiledóneas. Importancia de las plantas en los ecosistemas y para el hombre.
This document discusses animal adaptations. It explains that adaptations help animals survive in their environments. There are two types of adaptations: physical and behavioral. Physical adaptations are body structures, such as camouflage, mimicry, body coverings, and chemical defenses. Behavioral adaptations are actions, which can be instinctive behaviors that are innate or learned behaviors acquired through experience. Instinctive behaviors include finding shelter, gathering food, and defending oneself, while learned behaviors are obtained by interacting with the environment. Overall, adaptations allow animals to respond to their basic life needs.
The document describes several animal phyla including porifera, cnidaria, platyhelminthes, nematoda, annelida, mollusca, echinodermata, arthropoda, and chordata. It provides details on key characteristics of each phylum such as body structure, symmetry, digestive system, circulatory system, and examples of common species.
The document discusses various abiotic factors such as light, temperature, water, wind, fire, soil and topography and their effects on plants and animals. It describes how organisms have adapted morphological, physiological and behavioral adaptations to extreme conditions caused by these abiotic factors. For example, plants in hot climates are adapted to conserve or store water while animals in windy places develop thick hides and shelter. The document also classifies different types of these abiotic factors and their importance in ecosystems.
This document divides animals into two main groups: vertebrates and invertebrates. Vertebrates have backbones and include fish, mammals, and birds, while invertebrates like spiders and flies do not have backbones. It then discusses characteristics of different types of vertebrates, including cold-blooded vertebrates like fish that rely on external temperatures, warm-blooded vertebrates like mammals and birds that regulate their own body heat, and the main classes of vertebrates such as fish, amphibians, reptiles, birds, and mammals.
This document provides information about adaptations and how they help organisms survive in their environments. It discusses three main types of adaptations: structural, behavioral, and physiological. Structural adaptations involve physical parts of an organism's body, like teeth, shells, or camouflage. Behavioral adaptations include activities that help organisms survive, such as finding food, marking territory, and parenting. Physiological adaptations are behaviors controlled by the brain or body tolerances. The document explains how genetic variations within a population can help organisms survive longer through natural selection, as traits better suited for the environment are passed on.
How do plants survive in the environmentbassantnour
Plants survive in their environment through various adaptations and responses to stimuli. They respond to light by growing towards it using chemicals in their shoots. They respond to gravity by growing roots downward and stems upward. They respond to water by growing roots towards its source, like mangrove trees. Plants in deserts adapt through thick waxy stems and spines to conserve water, while rainforest plants adapt with large leaves to catch sunlight and drip tips to shed water. Trees in temperate forests lose their leaves to save water during drier periods.
The document provides information about plant biology concepts for a Year 9 Botany class. It includes student learning objectives on describing characteristics of living things, and determining if objects are living or non-living. It also covers plant and animal cells including organelles, using a microscope, the parts and functions of plants, photosynthesis, transpiration, flower parts and their functions, pollination, and seed dispersal. Success criteria at the end involve completing workbook pages and demonstrating understanding of key topics.
Vertebrates are divided into five classes: fish, amphibians, reptiles, birds, and mammals. Birds are distinguished by their feathers, toothless beaked jaws, egg-laying, and high metabolism. The platypus is a venomous mammal that has a duck-like bill and webbed feet, beaver-like tail, and otter-like body and fur, making it a hodgepodge of other animal features.
The document discusses the six levels of organization of the human body from smallest to largest: chemical, cellular, tissue, organ, organ system, and organism. It then provides information on the major organ systems that work together to keep animals alive, including the nutrition/digestive, circulatory, respiratory, excretory, nervous, reproductive, endocrine, muscular/skeletal, immune, and integumentary systems. Each system's specific functions are described.
Class IV - Adaptations-How Animals SurviveLearnRoots
The document discusses how animals have adapted to survive in different environments. It describes how animals are classified based on whether they have a backbone or not. It then covers the main groups of vertebrates - fish, amphibians, reptiles, birds, and mammals. For each group, it outlines key characteristics like how they breathe, their temperature regulation, and examples. It also discusses how animals have adapted to live in different habitats like land, water, trees, and air. Finally, it covers adaptations related to food sources, protection, and endangered species.
The document discusses plant anatomy and physiology. It describes the hierarchy of plant structures from cells to tissues to organs. It also summarizes the key characteristics and functions of plant organs like roots, stems, leaves, and flowers. It discusses the three main tissue systems - dermal, vascular, and ground tissues - and the cell types that compose each system. The document also covers plant growth and development processes like cell division and expansion, and the role of meristematic zones and tissues.
2nd qtr 8a characteristics of vertebratesShirley Sison
The document discusses the differences between vertebrates and invertebrates. It defines vertebrates as animals with backbones and lists examples such as fish, dogs, and humans. Invertebrates do not have backbones and examples given are spiders, flies, and caterpillars. The document then provides more details about characteristics of different classes of vertebrates including fish, amphibians, reptiles, birds, and mammals.
The microscope enabled the discovery of cells. In 1665, Hooke observed box-shaped structures in cork which he called "cells". Van Leeuwenhoek later saw living organisms in pond water and milk using an improved microscope. In the 1830s, scientists established that plants and animals are composed of cells, and that cells only arise from pre-existing cells (Cell Theory). Modern compound and electron microscopes allow detailed study of prokaryotic and eukaryotic cell structures and organelles.
This document identifies and describes the specialized structures of terrestrial and aquatic plants. It discusses how terrestrial plants in different habitats like deserts, mountains, rainforests and grasslands have adapted structures like long roots, needle-like leaves, tall heights and strong roots and stems. It also describes aquatic plants as hydrophytes or macrophytes that can be free-floating and not attached to the bottom, fixed and partially above water, or completely underwater.
This document provides information about energy and different types of energy including sound energy and light energy. It discusses how sound travels as vibrations through a medium like air at around 330 meters per second. Light can travel through space and some materials while sound requires a medium. The document also describes energy transfers and conversions between different forms of energy.
This document classifies animals according to their structure, diet, and reproduction. It divides animals into invertebrates without backbones and vertebrates with backbones. Invertebrates include arthropods, worms, mollusks, sponges, and echinoderms. Vertebrates include mammals, birds, fish, reptiles, and amphibians. Mammals are viviparous and nourish their young with milk. Birds lay eggs but are otherwise diverse. Fish primarily reproduce through laying eggs while reptiles can be either viviparous or oviparous. Amphibians undergo metamorphosis from aquatic young to terrestrial adults.
This document provides an overview of animal classification. It describes the six invertebrate phyla - Cnidaria, Flatworms, Nemates, Annelids, Molluscs, and Arthropods. It also describes the five vertebrate classes - Fish, Amphibians, Reptiles, Birds, and Mammals. Key distinguishing characteristics are provided for each group, including their physical features, life cycles, and habitats. The document also discusses endothermy and exothermy in animals.
Work is defined as a force causing an object to move in the direction of the force. No work is done if there is no movement. More work is required to do a task quickly than slowly. Power is the rate at which work is done and is calculated by dividing the amount of work by the time taken. Work is being done on objects when a force moves them in the direction of the force.
Guided notes covering material from Topic 5.3 of the updated IB Biology syllabus for 2016 exams. Notes sequence and prompts are based on the Oxford IB Biology textbook by Allott and Mindorff.
This document summarizes the key points of the International Code of Nomenclature for algae, fungi, and plants (ICN). It outlines that the ICN governs the scientific naming of organisms traditionally treated as algae, fungi or plants. It was previously called the International Code of Botanical Nomenclature (ICBN) but was changed to the ICN in 2011. The document reviews the principles and hierarchy of taxonomic ranks governed by the ICN as well as rules regarding valid publication, types, names, priority and conservation of certain scientific names.
The document describes several animal phyla including porifera, cnidaria, platyhelminthes, nematoda, annelida, mollusca, echinodermata, arthropoda, and chordata. It provides details on key characteristics of each phylum such as body structure, symmetry, digestive system, circulatory system, and examples of common species.
The document discusses various abiotic factors such as light, temperature, water, wind, fire, soil and topography and their effects on plants and animals. It describes how organisms have adapted morphological, physiological and behavioral adaptations to extreme conditions caused by these abiotic factors. For example, plants in hot climates are adapted to conserve or store water while animals in windy places develop thick hides and shelter. The document also classifies different types of these abiotic factors and their importance in ecosystems.
This document divides animals into two main groups: vertebrates and invertebrates. Vertebrates have backbones and include fish, mammals, and birds, while invertebrates like spiders and flies do not have backbones. It then discusses characteristics of different types of vertebrates, including cold-blooded vertebrates like fish that rely on external temperatures, warm-blooded vertebrates like mammals and birds that regulate their own body heat, and the main classes of vertebrates such as fish, amphibians, reptiles, birds, and mammals.
This document provides information about adaptations and how they help organisms survive in their environments. It discusses three main types of adaptations: structural, behavioral, and physiological. Structural adaptations involve physical parts of an organism's body, like teeth, shells, or camouflage. Behavioral adaptations include activities that help organisms survive, such as finding food, marking territory, and parenting. Physiological adaptations are behaviors controlled by the brain or body tolerances. The document explains how genetic variations within a population can help organisms survive longer through natural selection, as traits better suited for the environment are passed on.
How do plants survive in the environmentbassantnour
Plants survive in their environment through various adaptations and responses to stimuli. They respond to light by growing towards it using chemicals in their shoots. They respond to gravity by growing roots downward and stems upward. They respond to water by growing roots towards its source, like mangrove trees. Plants in deserts adapt through thick waxy stems and spines to conserve water, while rainforest plants adapt with large leaves to catch sunlight and drip tips to shed water. Trees in temperate forests lose their leaves to save water during drier periods.
The document provides information about plant biology concepts for a Year 9 Botany class. It includes student learning objectives on describing characteristics of living things, and determining if objects are living or non-living. It also covers plant and animal cells including organelles, using a microscope, the parts and functions of plants, photosynthesis, transpiration, flower parts and their functions, pollination, and seed dispersal. Success criteria at the end involve completing workbook pages and demonstrating understanding of key topics.
Vertebrates are divided into five classes: fish, amphibians, reptiles, birds, and mammals. Birds are distinguished by their feathers, toothless beaked jaws, egg-laying, and high metabolism. The platypus is a venomous mammal that has a duck-like bill and webbed feet, beaver-like tail, and otter-like body and fur, making it a hodgepodge of other animal features.
The document discusses the six levels of organization of the human body from smallest to largest: chemical, cellular, tissue, organ, organ system, and organism. It then provides information on the major organ systems that work together to keep animals alive, including the nutrition/digestive, circulatory, respiratory, excretory, nervous, reproductive, endocrine, muscular/skeletal, immune, and integumentary systems. Each system's specific functions are described.
Class IV - Adaptations-How Animals SurviveLearnRoots
The document discusses how animals have adapted to survive in different environments. It describes how animals are classified based on whether they have a backbone or not. It then covers the main groups of vertebrates - fish, amphibians, reptiles, birds, and mammals. For each group, it outlines key characteristics like how they breathe, their temperature regulation, and examples. It also discusses how animals have adapted to live in different habitats like land, water, trees, and air. Finally, it covers adaptations related to food sources, protection, and endangered species.
The document discusses plant anatomy and physiology. It describes the hierarchy of plant structures from cells to tissues to organs. It also summarizes the key characteristics and functions of plant organs like roots, stems, leaves, and flowers. It discusses the three main tissue systems - dermal, vascular, and ground tissues - and the cell types that compose each system. The document also covers plant growth and development processes like cell division and expansion, and the role of meristematic zones and tissues.
2nd qtr 8a characteristics of vertebratesShirley Sison
The document discusses the differences between vertebrates and invertebrates. It defines vertebrates as animals with backbones and lists examples such as fish, dogs, and humans. Invertebrates do not have backbones and examples given are spiders, flies, and caterpillars. The document then provides more details about characteristics of different classes of vertebrates including fish, amphibians, reptiles, birds, and mammals.
The microscope enabled the discovery of cells. In 1665, Hooke observed box-shaped structures in cork which he called "cells". Van Leeuwenhoek later saw living organisms in pond water and milk using an improved microscope. In the 1830s, scientists established that plants and animals are composed of cells, and that cells only arise from pre-existing cells (Cell Theory). Modern compound and electron microscopes allow detailed study of prokaryotic and eukaryotic cell structures and organelles.
This document identifies and describes the specialized structures of terrestrial and aquatic plants. It discusses how terrestrial plants in different habitats like deserts, mountains, rainforests and grasslands have adapted structures like long roots, needle-like leaves, tall heights and strong roots and stems. It also describes aquatic plants as hydrophytes or macrophytes that can be free-floating and not attached to the bottom, fixed and partially above water, or completely underwater.
This document provides information about energy and different types of energy including sound energy and light energy. It discusses how sound travels as vibrations through a medium like air at around 330 meters per second. Light can travel through space and some materials while sound requires a medium. The document also describes energy transfers and conversions between different forms of energy.
This document classifies animals according to their structure, diet, and reproduction. It divides animals into invertebrates without backbones and vertebrates with backbones. Invertebrates include arthropods, worms, mollusks, sponges, and echinoderms. Vertebrates include mammals, birds, fish, reptiles, and amphibians. Mammals are viviparous and nourish their young with milk. Birds lay eggs but are otherwise diverse. Fish primarily reproduce through laying eggs while reptiles can be either viviparous or oviparous. Amphibians undergo metamorphosis from aquatic young to terrestrial adults.
This document provides an overview of animal classification. It describes the six invertebrate phyla - Cnidaria, Flatworms, Nemates, Annelids, Molluscs, and Arthropods. It also describes the five vertebrate classes - Fish, Amphibians, Reptiles, Birds, and Mammals. Key distinguishing characteristics are provided for each group, including their physical features, life cycles, and habitats. The document also discusses endothermy and exothermy in animals.
Work is defined as a force causing an object to move in the direction of the force. No work is done if there is no movement. More work is required to do a task quickly than slowly. Power is the rate at which work is done and is calculated by dividing the amount of work by the time taken. Work is being done on objects when a force moves them in the direction of the force.
Guided notes covering material from Topic 5.3 of the updated IB Biology syllabus for 2016 exams. Notes sequence and prompts are based on the Oxford IB Biology textbook by Allott and Mindorff.
This document summarizes the key points of the International Code of Nomenclature for algae, fungi, and plants (ICN). It outlines that the ICN governs the scientific naming of organisms traditionally treated as algae, fungi or plants. It was previously called the International Code of Botanical Nomenclature (ICBN) but was changed to the ICN in 2011. The document reviews the principles and hierarchy of taxonomic ranks governed by the ICN as well as rules regarding valid publication, types, names, priority and conservation of certain scientific names.
5.3 classification and biodiversity.docBob Smullen
The document discusses the binomial system of scientific naming of species and the taxonomic classification of organisms. It provides guidance on classifying organisms into the three domains of life - Archaea, Bacteria, and Eukarya. Eukaryotes are further classified into kingdoms, phyla, classes, orders, families, genera, and species. Characteristics of common plant and animal phyla are outlined to allow identification. The construction of dichotomous keys is also discussed as a method for identifying organisms. Natural classifications help in identification of species and allow prediction of characteristics shared within taxonomic groups.
This document discusses taxonomic classification of life. It begins by stating the objectives of classifying organisms into a hierarchy of groups based on similarities and characteristics, and describing the Linnaean system of classification. It then provides background on taxonomy and classification, noting that while individuals have unique characteristics, classification is based on analyzing similarities and differences. The document goes on to discuss early taxonomic classification by Aristotle and other scientists, leading to the modern system developed by Carolus Linnaeus using binomial nomenclature.
This article includes Basics classification like binomial nomenclature, Taxa hierarchic, Five kingdoms of Robert H. Whittaker, Levels of Organization, and Classificationa and features of Protozoa, Porifera and Coelenterata
Here are the key points about bacteria from the passage:
- Bacteria are the sole members of the kingdom Monera and occur almost everywhere. Many live as parasites in or on other organisms.
- Bacteria are grouped into four categories based on shape: spherical (coccus), rod-shaped (bacillus), comma-shaped (vibrio), and spiral-shaped (spirillum).
- Archaebacteria are a special group that can live in extreme environments like salty areas, hot springs, and marshes. They have a different cell wall structure that allows them to survive in these conditions. Methanogens produce methane.
- Eubacteria, or true bacteria, include cyanobacteria (blue-green
This document provides an overview of GCSE Biology topic 1.1 on classification. It discusses:
1) How biologists classify organisms into taxonomic groups like species, genus, family, order, class, phylum, and the five kingdoms.
2) The main characteristics of the five kingdoms - Animalia, Plantae, Fungi, Protoctista, and Prokaryotae.
3) Why viruses are not classified into any of the five kingdoms and are regarded as non-living.
This document provides information about the classification of living organisms. It begins by defining classification as the arrangement of organisms into groups and subgroups based on their similarities, differences, and relationships. It then describes the key advantages of classification, such as making the study of diverse organisms easier and revealing relationships between groups. The document outlines several systems and bases for classification, including whether cells are prokaryotic or eukaryotic, whether organisms are unicellular or multicellular, their mode of nutrition, and body organization. It also describes the five kingdom system proposed by Whitaker, which classified organisms into the kingdoms of Monera, Protista, Fungi, Plantae, and Animalia based on their cellular and nutritional
The document discusses the classification of organisms into a scientific hierarchy and how biologists determine evolutionary relationships. It describes Carl Linnaeus' development of binomial nomenclature, the modern scientific classification system with eight levels from domain to species. Biologists use shared characteristics to classify organisms, like the honeybee which is classified into the categories of Eukarya down to Apis mellifera.
The document discusses the classification of organisms into a scientific system developed by Carl Linnaeus. It describes the seven levels of biological classification, from domain to species. Organisms are classified based on shared characteristics and can be identified by their genus and specific epithet in their scientific name. The modern system and an example classification of the honeybee are provided.
Chapter 1 section 4 (how are living things classified) 2011Mr. Motuk
This document provides an overview of biological classification and taxonomy. It discusses the history of classification from Aristotle to the modern system. Aristotle was the first to classify organisms into kingdoms but had problems with some organisms. Carolus Linnaeus improved the system by basing it on body structure. The modern system uses six kingdoms - Archaebacteria, Eubacteria, Protista, Fungi, Plants, and Animals. Organisms are classified based on traits like cell structure, DNA, and phylogeny into taxonomic groups from kingdom to species.
1.Definition and basic concepts of Biosystematics, , Historical perspectives of Biosystematics and Taxonomy, Stages of taxonomic procedures-alpha taxonomy, Beta taxonomy and Gamma taxonomy,
Neo taxonomy.
The document discusses taxonomy and systematics. It defines taxonomy as the science of classifying organisms and systematics as including taxonomy along with theoretical and practical aspects of evolution. The key points are:
1. Linnaeus developed the binomial nomenclature system which provides a standardized way to name species.
2. Taxonomy involves identifying and classifying organisms according to evolutionary relationships. This includes describing new species, assigning names, and grouping taxa into hierarchical ranks.
3. Systematics builds on taxonomy by also examining evolutionary relationships and genetics to reflect monophyletic groups based on common ancestry.
This document summarizes an article from the October 2008 issue of Plant Disease published by The American Phytopathological Society. It discusses why systematics, the study of biological diversity and classification of organisms, is important for plant pathogenic fungi. Specifically, it explains how scientific names are used to accurately define and communicate about organisms, and how names may change as systematic scientists learn more about relationships and accurately determine taxon concepts. It provides examples of how the scientific name for Armillaria mellea changed as new species were discovered within what was previously considered one species. The rules for scientific names of fungi and reasons for name changes are also summarized.
1. Taxonomy deals with naming and classifying organisms using scientific names. Fungi were previously named under the International Code of Botanical Nomenclature but are now governed by the International Code of Nomenclature for algae, fungi, and plants.
2. Each fungus has a unique scientific name in Latin indicating its taxonomic position. Names follow the binomial system of genus and specific epithet.
3. Carolus Linnaeus established the binomial nomenclature system and hierarchical taxonomic ranks including kingdom, phylum, class, order, family, genus and species.
This document provides an overview of the diversity of living organisms and key concepts in biology. It discusses how life first emerged on Earth over 3.5 billion years ago. It then outlines the fundamental properties shared by all living things, such as cellular organization, metabolism, reproduction, and evolution. Major topics in biology like taxonomy, morphology, physiology, and ecology are introduced. The document also examines levels of biological organization from cells to tissues to organ systems. Finally, it describes systems of biological classification and important related concepts like symmetry, coelom, and the three domains of life.
The document discusses various systems of classifying algae proposed by different scientists over time. It describes how classification has been based on characteristics like pigmentation, flagellation, cell structure, chloroplast features, and phylogenetic relationships. Several major classification schemes are outlined that divide algae into kingdoms, divisions, classes, and phyla based on these distinguishing traits. There is no universal agreement on a single classification system.
Unit One Classification Project (Simplified 3 Minute Version)azngirl456
This document provides information about the biological classification of the red panda. It begins with definitions of classification and why classification is important. It then discusses scientific names and their advantages over common names. The document outlines the main categories in biological classification from domain to species. It provides the full classification of the red panda, from Eukarya domain to Ailurus fulgens species. The document also discusses why taxonomic systems can change and explains DNA hybridization in the context of red panda classification.
Similar to Taxonomy final assessment test for year 1 students- Ukoro Frank. (20)
Rural Sociology is the study of social life, organization, and change in rural communities. The exam covers key concepts in rural sociology including the relevance to African societies, factors leading to the emergence of sociology as a discipline, the definition and causes of migration and its effects on agriculture, and how science can drive social change in agrarian communities. Students are asked to suggest policies to improve living standards and to define terms related to social status, roles, beliefs, and family structures. The final questions address social change and agents of socialization.
This document contains the curriculum vitae of UKORO FRANK O., outlining his personal details, academic and professional qualifications, work experience, publications, conferences attended, textbooks published, memberships, referees and interests. He holds an MSc in Food Science and Technology from the University of Mkar, PGD in Microbiology also from University of Mkar, and HND in Science Laboratory Technology from the Federal Polytechnic Mubi. He has over 10 years of work experience in lecturing and as a laboratory technologist/technician in higher education and research institutions in Benue and Adamawa States. He has also published journal articles, conference papers, textbooks and thesis related to his areas of expertise in food
The development of science education should be accorded a primal place in the overall framework of stabilizing the Nigerian economy. The paper examines the contributions of science education in the development of Nigerian economy, the paper observes that effective science education help control menaces bedeviling our education system. and practical policies are crucial in advancing Nigeria economically, given the huge challenges facing the giant of Africa. An alternate use of technical or innovative science education from oil which is about to go extinct. Corruption and examination malpractice are identified to be rubbishing every efforts made towards attainment of improved science education that could guarantee sustained national development in Nigeria. This paper attempts to assess the contributions of science education in order to make significant progress in terms of national development and job creation.
This document discusses the challenges associated with producing gluten-free baked products. It notes that without gluten, these products lack structure and elasticity. They also have problems with molding, inferior quality, and high production costs. Specifically, gluten-free dough is weaker and more liquid-like. It is also harder to control moisture and prevent mold. The products often have poor texture, taste, and shelf life. They also require more ingredients and fortification to match nutritional levels. Developing solutions to these challenges and improving quality remains an important area of research.
This document summarizes a study that isolated and identified bacteria and fungi associated with palm wine sold in Gboko Metropolis, Nigeria. Samples were collected from four locations and 11 total microbial isolates were obtained from Tarukpe joints, including 6 bacteria and 5 fungi. The rates of contamination were 42.9% for bacteria and 33.3% for fungi, likely due to poor handling and sanitation. Common isolates included Saccharomyces cerevisiae yeast and Lactobacillus, Bacillus, and Staphylococcus bacteria. The presence of S. cerevisiae aligned with previous reports. Overall, the study found microbial contamination of palm wine due to unsanitary collection and selling practices.
Beyond Degrees - Empowering the Workforce in the Context of Skills-First.pptxEduSkills OECD
Iván Bornacelly, Policy Analyst at the OECD Centre for Skills, OECD, presents at the webinar 'Tackling job market gaps with a skills-first approach' on 12 June 2024
Temple of Asclepius in Thrace. Excavation resultsKrassimira Luka
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إضغ بين إيديكم من أقوى الملازم التي صممتها
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#فهم_ماكو_درخ
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واخيراً هذهِ الملزمة حلالٌ عليكم وإتمنى منكم إن تدعولي بالخير والصحة والعافية فقط
كل التوفيق زملائي وزميلاتي ، زميلكم محمد الذهبي 💊💊
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BÀI TẬP BỔ TRỢ TIẾNG ANH LỚP 9 CẢ NĂM - GLOBAL SUCCESS - NĂM HỌC 2024-2025 - ...
Taxonomy final assessment test for year 1 students- Ukoro Frank.
1. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO BENUE STATE
Type A
FINAL TEST
COURSE CODE: STB 111 COURSE TITLE: Plant and animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: ND
Instructions: ANSWER ALL QUESTIONS
1. Technique for collecting and preservingcommon florais said to be
imperative. Converse?
2. Decisively write down 5 items a Field Note Book contains in
Herbarium Search?
3. What is the role of each of the followingin Plant Press?
a. Folders
b. Blotters
4. Explain the Followingin relative to Herbarium?
a. Plant press
b. Label
5. Mention 5 ways of controlling lavae tobacco (Lasioderma serricorne) and
drug store beetle (Stegobium paniceus) as pest of Herbaria specimen in care of
herbaria.
HARRY PASS POLYTECHNIC MKAR, GBOKO BENUE STATE
2. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
Type B
FINAL TEST
COURSE CODE: STB 111 COURSE TITLE: Plant and animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: ND
Instructions: ANSWER ALL QUESTIONS
1. Discussthe Adaptation of Reptile to Terrestrial habitat? (50mks)
2. Mention fiveassociate of Craniata and catalog 2 organisms each one of
the fivementioned? (50mks)
HARRY PASS POLYTECHNIC MKAR, GBOKO BENUE STATE
3. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
Type C
FINAL TEST
COURSE CODE: STB 111 COURSE TITLE: Plant and animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: ND
Instructions: ANSWER ALL QUESTIONS
1. In a tabular form differentiatebetween Angiosperm and Gymnosperm?
(50mks)
2. Explicate what is Cryptogam and Phanerogam with examplesof members
each? (50mks).
4. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO BENUE STATE
Type D
FINAL TEST
COURSE CODE: STB 111 COURSE TITLE: Plant and animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: ND
Instructions: ANSWER ALL QUESTIONS
1. Briefly explain how living organism are classified generally, noting the year of
invention and the Scientist involved in those century? (50mks)
2. Mention onemember each of the followingcurrentclassification system
1. Monera (Prokaryote) (10mks)
2. Protista (Unicellular Eukayote) (10mks)
3. Fungi (Multicellular Eukayote) (10mks)
4. Plantae (Green Multicell) (10mks)
5. Animalia (Multicell animal) (10mks)
5. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HA HARRY PASS POLYTECHNIC MKAR, GBOKO BENUE STATE
Type E
FINAL TEST
COURSE CODE: STB 111 COURSE TITLE: Plant and animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: ND
Instructions: ANSWER ALL QUESTIONS
1. Providethe Binomial Nomenclature of the followingplant and animal
below?
a. Rice (10mks)
b. Mango (10mks)
c. Onion (10mks)
d. Orange (10mks)
e. Banana (10mks)
f. Pig (10mks)
g. Frog (10mks)
h. Cockroach (10mks)
i. Housefly (10mks)
j. Man (10mks)
6. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO BENUE STATE
Type F
FINAL TEST
COURSE CODE: STB 111 COURSE TITLE: Plant and animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: ND
Instructions: ANSWER ALL QUESTIONS
1. What are the Functionsof plantKingdom to life? (10mks)
2. DefineTaxonomy and its objectives? (10mks)
3. AgriculturalClassification of plantis an artificial form. True/False (10mks)
4. Mention the 2 aspect of naturalsystem of classification and explain any one?
(10mks)
5. Mention any five rules guiding the naming of plants? (10mks)
6. Outline five characteristics of Protista? (10mks)
7. Outline five characteristic of Fungi? (10mks)
8. What are the functions of animal kingdom to plant life? (10mks)
9. What is the paradigm of Kingdom MONERA is _______?(10mks)
10. In a simple term what is the difference between MONERA and PROTISTA
7. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO BENUE STATE
Type G
FINAL TEST
COURSE CODE: STB 111 COURSE TITLE: Plant and animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: ND
Instructions: ANSWER ALL QUESTIONS
1. Differentiatebetween Criniata and Acriniata? (10mks)
2. List fivegroup of Acriniata (5mks)
3. What are the general characteristics of vertebrate? (5mks)
4. Giveone member each of the followingAcriniata? (50mks)
Phylum: coelenterata
Phylum: Platyhelminthes
Phylum: Nematoda
Phylum: Annelida
Phylum: Arthropoda
5. What are the three major classes of Plate helminthes (Flat worms)(30mks)
8. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO BENUE STATE
Type H
FINAL TEST
COURSE CODE: STB 111 COURSE TITLE: Plant and animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: ND
Instructions: ANSWER ALL QUESTIONS
1. Definethe term Flora? (10mks)
2. Haven studied family liliaceae write down step wise the floraformulaof
Queen of the Night floweringplant, whose Petal is 5, Calyx6 and Stamen is
noneassumingit has 1 inferior ovary joined together. Step wisewrite down
the Flora Formulae. (90mks)
9. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO BENUE STATE
Type I
FINAL TEST
COURSE CODE: STB 111 COURSE TITLE: Plant and animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: ND
Instructions: ANSWER ALL QUESTIONS
1. What are the seven hierarchy of classification of livingorganism? (70mks)
2. Definethe followingterms?
a. Family (10mks)
b. Genus (10mks)
c. Species (10mks)
10. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO BENUE STATE
Type K
FINAL TEST
COURSE CODE: STB 111 COURSE TITLE: Plant and animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: ND
Instructions: ANSWER ALL QUESTIONS
1. What do you understand by Cryptogams? (10mks)
2. Alludeto the three major DIVISIONS of Cryptogams? (30mks)
3. State 2 major membersof the DIVISION, Bryophyta? (20mks)
4. What are the 4 major classification of Plant base on life Cycle? (40mks)
11. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO BENUE STATE
Type J
FINAL TEST
COURSE CODE: STB 111 COURSE TITLE: Plant and animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: ND
Instructions: ANSWER ALL QUESTIONS
1. A group of organisms at any particular level in a classification
system is called a
A. Specie
B Genus
C. Taxon
D. Phylum
2. Scientific name higher than Genus is?
A. Phylum
B Genus
C. Taxon
D. specie
3. As a practical definition of species, one can say that they are a
group of organisms characterized by all of the following except
they
A. are incapable of hybridization with other species
B. can be distinguished from other species
C. they do not normally interbreed with other species
D. remain relatively constant
4. The institution of the classification level of nomenclature was
prompted by
A. Aristotle
B. Carolus Linnaeus
C Alexandar Flemming
D. San Radii
5. Which among the following is not an actual part of Taxonomy?
A. Naming
B. Systematic
C. classification
D. nomenclature
12. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO BENUE STATE
Type K
FINAL TEST
COURSE CODE: STB 111 COURSE TITLE: Plant and animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: ND
Instructions: ANSWER ALL QUESTIONS
1. True multicellularity occurs only in
A. plants, animals and fungi
B. eukaryotes
C. plants and animals
D. animal
2. prokaryote organism make up the
A. Archaebacteria, Eubacteria,
B. Archaebacteria and Protists
C. Protists and Eubacteria
D. Protists
3. In the current taxonomic system, families are grouped into
A. Orders
B. Phyla
C. classes
D. Divisions
4. Of the six kingdoms now recognized,
A. four are eukaryotes and two are prokaryotes
B. two are plant and four are animal
C. two are eukaryotes and four are prokaryotes
D. four are macroscopic and two are microscopic
5. In plant taxonomy, a division is the equivalent to
A. Phylum
B. family
C. Order
D. Class
13. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111 COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time: 600secs
Instructions: ANSWER ALL QUESTIONS
Type L
1. A group of organisms at the interbreeding level of classification
system is called a
A. Taxon
B Genus
C. Specie
D. Phylum
2. Scientific name higher than Genus is?
A. Taxon
B Genus
C. Phylum
D. specie
3. As a practical definition of species, one can say that they are a
group of organisms characterized by all of the following except
that they
A. are incapable of hybridization with other species
B. can be distinguished from other species
C. they do not normally interbreed with other species
D. remain relatively constant
4. The institution of the classification level of nomenclature was
prompted by
A. Alexandar Flemming
B. Carolus Linnaeus
C Aristotle
D. San Radii
5. Which among the following is not an actual part of Taxonomy?
A. Classification
B. Systematic
C. Naming
D. nomenclature
14. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111 COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time: 600secs
Instructions: ANSWER ALL QUESTIONS
Type M
1. The largest group into which an organism is classified is the
a. order.
b. class.
c. kingdom.
d. Genus.
2. Insects are
a. invertebrates.
b. vertebrates.
c. reptiles.
3. Taxonomy is the science of
a. genetics.
b. classification.
c. bacteria.
d. evolution.
4. Mammals, fish, amphibians, reptiles, and birds are the five divisions of
a. invertebrates.
b. kingdoms.
c. vertebrates.
5. can live on both land and water.
a. Amphibians
b. Reptiles
c. Fish
15. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111 COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time: 600secs
Instructions: ANSWER ALL QUESTIONS
Type N
1. Which group of animals does NOT have bones?
a. invertebrates
b. vertebrates
2. The science of classifying living things is
a. biology.
b. taxonomy.
c. taxidermy.
d. ecology.
3. have hair or fur.
a. Amphibians
b. Mammals
c. Birds
4. Which kingdom makes its own food and has a cell wall?
a. Plantae
b. Animalia
c. Fungi
d. Protista
5. What is the broadest or largest level of classification?
a. species
b. kingdom
c. domain
d. phylum
16. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111 COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time: 600secs
Instructions: ANSWER ALL QUESTIONS
Type O
1, is the broadest group into which organisms are classified.
a. species
b. kingdom
c. vertebrate
d. plant
2. A butterfly is a(n) , and a dog is a(n) .
a. invertebrate; invertebrate
b. invertebrate; vertebrate
c. vertebrate; invertebrate
d. vertebrate; vertebrate
3. What do sea jellies, earthworms, and spiders have in common?
a. They all have 8 legs.
b. They all have stinging body parts.
c. They all have a backbone.
d. They all lack a backbone.
4. have skin covered with scales, fins for swimming, and gills for breathing.
a. Reptiles
b. Amphibians
c. Fish
5. What is an animal without a backbone called?
a. invertebrate
b. ectotherm
c. vertebrate
17. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
d. endotherm
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111 COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time: 600secs
Instructions: ANSWER ALL QUESTIONS
Type P
1. Which statement is true for amphibians?
a. Butterflies are amphibians.
b. Newts are amphibians.
c. Amphibians have hair.
d. Amphibians are warm-blooded animals.
2. A bird
a. is a vertebrate with scaly skin.
b. is a vertebrate with a beak, feathers, two wings, and two legs.
c. spends part of its life in water and part on land.
d. spends its whole life in water.
e. is a vertebrate with fur or hair.
3. Mammals, reptiles, amphibians, birds, and fish are classes of
a. invertebrates.
b. vertebrates.
4. What is the "most specific" level of classification?
a. domain
b. phylum
c. order
d. species
5. Animals that have internal skeletons and spiny skins are
18. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
a. exoskeletons.
b. endoskeletons.
c. echinoderms.
d. vertebrates.
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111 COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time: 600secs
Instructions: ANSWER ALL QUESTIONS
Type Q
1. Viruses are denied a kingdom of their own because?
A. their genetics cannot be determined
B. they are too small
C. they are poorly understood
D. they are not organisms
2. Bacteria are assigned to the kingdom
A. Monera
B. Protista
C. Fungi
D. Achaebacteria
3. A major problem with polynomial names was that they were
A. Cumbersome
B. Inaccurate
C. not descriptive
D. Latin
4. The plant alternation of generations characterized by:
A. Mosses
19. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
B. Somatic
C. Zygotic
D. Gametic
5. When writing species epithets, it is sometimes permissible to
abbreviate the ______ name.
A. specie
B. phylum
C. order
D. Genus
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111 COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time: 600secs
Instructions: ANSWER ALL QUESTIONS
Type R
1. Viruses are denied a kingdom of their own because?
A. their genetics cannot be determined
B. they are too small
C. they are too poorly understood
D. they are not organisms
2. Viruses are assigned to the kingdom
A. none of the above
B. Protista
C. Fungi
D. Achaebacteria
3. A major problem with polynomial names was that they were
A. Cumbersome
B. Inaccurate
C. not descriptive
D. Latin
4. The plant alternation of generations is characterized by meiosis.
A. Sporic
20. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
B. Somatic
C. Zygotic
D. Gametic
5. When writing species epithets, it is sometimes permissible to
abbreviate the ______ name.
A. genus
B. phylum
C. order
D. specie
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111 COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time: 600secs
Instructions: ANSWER ALL QUESTIONS
Type S
1. Unicellular eukaryotes are grouped into
A. only protists
B. Fungi and Eubacteria
C. fungi and protists
D. only Fungi
2. In printed scientific names, only the is capitalized.
A. Genus
B. family
C. Class
D. Order
3. In the present times, the classification system used was
A. binomial
B. polynomial
C. tetranomial
21. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
D. Trinomial
4. In printing scientific names, it is conventional for only the to be
underlined or italicized
A. binomial
B. Genus
C. species
D. Order
5. Characteristics that have arisen as a result of common
evolutionary descent are said to be
A. homologous
B. homogenous
C. analogous
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111 COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time: 600secs
Instructions: ANSWER ALL QUESTIONS
Type T
1. Which is in the correct descending order?
a. Kingdom-Family-Order-Genus-Phyla-Class-Species
b. Kingdom-Phyla-Class-Order-Family-Genus-Species
c. Kingdom-Phyla-Family-Order-Class-Genus-Species
d. Kingdom-Species-Genus-Class-Order-Family-Phyla
e. Kingdom-Phyla-Order-Class-Family-Genus-Species
2. Which statement is false?
a. Phenetic classification systems assess evolutionary relationships.
22. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
b. The Gram stain reaction is a key test in many bacterial classification
systems.
c. Strains or types that differ antigenically are called serovars.
d. In the Jaccard coefficient, features that are negative for both organisms
are omitted from calculations.
e. A dendrogram graphically represents similarities among organisms.
3. Which of the following has been used to establish a new
classification system?
a. physiological and ecological characteristics
b. cell wall, antigenic characteristics
c. growth and nutritional characteristics
d. staining reactions
e. examination of rRNA molecules
4. Which of the following is (are) incorrectly typed or written?
a. E. coli
b. Es.coli
c. Escherichia coli
d. Escherichia coli
e. a and c
5. Which areconsidered to be phenotypic characteristics that are used
in classification and identification systems?
a. staining reactions
b. ability to form spores
c. specific metabolic activities
d. genetic analysis
e. a, b, and c
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type U
1. Which characteristic is (are) unique to the Archaeobacteria?
a. Murein is lacking in their cell walls.
b. There is an unusual ether linkage in the phospholipid molecules.
c. They lack a cell wall.
d. They are obligate anaerobes.
23. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
e. a and b
2. Which of the following is classified as a prokaryote?
a. algae
b. fungi
c. bacteria
d. protozoa
e. animal cells
3. According to Whittaker's classification system, in which of the following
kingdoms are microorganisms placed? I. Monera II. Protista III. Fungi
a. I only
b. II only
c. III only
d. I and II only
e. I, II, and III
4. Which of the following is/are accurate descriptions of the endosymbiotic
theory?
a. Viruses evolved from a mutant strain of bacteria that was lacking
chloroplasts and mitochondria.
b. Procaryotes and eucaryotes evolved from similar pathways from a
common ancestral form.
c. At some stage during evolution bacteria invaded a primitive eucaryotic
cell.
d. The chloroplasts and mitochondria of eucaryotes originated from
procaryotes.
e. Plant cells evolved from bacterial mitochondria in bacterial symbionts;
animal cells evolved from chloroplasts in bacterial symbionts.
5. The kingdom Eubacteria includesall the following distinct lines of descent
EXCEPT the __________.
a. Gram-negative bacteria
b. spirochetes
c. cyanobacteria
d. extreme thermoacidophiles
e. sulfate reducers
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type V
Match each of the following with the following terms
a. description c. systematics e. taxonomy
24. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
b. classification d. nomenclature f. identification
1. _____ providing proper name of a plant
2. _____ assigning features to a taxon
3. _____ uses characters and character states to describe a taxon
4. _____ determining that an unknown object is identical to an already know
object
5. _____ using a dichotomous key to match an organism to another
6. _____ study of plant classification
7. _____ study of the diversity and history of organisms and their evolutionary
relationships
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
25. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
Type W
Match each of the following with the following terms
a. description c. systematics e. taxonomy
b. classification d. nomenclature f. identification
1. _____ study of the diversity and history of organisms and their evolutionary
relationships
2. _____ assigning features to a taxon
3. _____ uses characters and character states to describe a taxon
4. _____ determining that an unknown object is identical to an already know
object
5. _____ study of plant classification
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
26. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type X
1. Compare and contrast taxonomy and systematics.
2. Conceptually, a “plant” can be defined in two ways. What are they?
3. List at least four characteristics of a plant.
4. What is a cladogram?
5. Define character and character state
27. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type Y
1. What is the difference between taxon and rank?
2. What is the plural of taxon?
3. List at least four characteristics of a plant.
4. Give one example of a character and character state
5. Define character and character state
28. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type Z
1. What is phylogeny?
2. Name the three major domains. Briefly describe the characters that
distinguish them.
3. Give examples of each. Draw a cladogram representing the three
domains.
4. What is monophyletic? Why do taxonomists prefer monophyletic
groups?
5. What is taxon
29. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type A1
Complete Flower:
1. Draw a Complete flower below that meets the following
criteria/requirements:
• has five Calyx -
• Petal
• Stamen
• Pistil
• Parianth (primitive)
30. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type A1
1. What is systematic?
31. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type A2
1. Is there any difference between systematic and taxonomy?
32. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type A3
1. .Give two importance of taxonomy.
33. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type A3
1. What is the role of evolution in taxonomy?
34. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type A3
1. What is the role of evolution in taxonomy?
35. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type A4
PLANT PARTS AND SELECTED FLOWERS TERMINOLOGY
1. From the listbelow, selectthe plantpart and write it in the appropriate
Space at yourconvenience.
sepal
petal
stamen
36. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
filament
anther
pistil
stigma
style
ovary
ovule
receptacle
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type A5
Fill in the blanks with the appropriate term from the list below.
37. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
i. The _____________ is a cylinder or cup of tissue that consists of the bases of the
calyx, corolla, and filaments in species in which these parts are fused for all or
part of
their length (and these three floral whorls are fused to each other as well),
rather than
being separate at the point of attachment to the receptacle.
ii. The ovary is always above and attached to the receptacle. If the floral parts
connect
to the main axis of the flower above the ovary, it is called an ____________
_________. (Squash is a great example.)
iii. If the flower parts attach below the ovary, the ovary is a ___________ __________.
iv. __________________________ is a type of symmetry resulting from a flower
being cut along a line passing through the center of an imaginary
circumference (the
diameter). In this case, the two resulting parts are identical.
v. __________________________ is a type of symmetry that occurs only when two
faces are the same. The plant part can only have a single plane that divides it
into
two exact parts. This type of symmetry takes place in many flowers, leaves
and
cactus stems.
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type A6
PLANTIDENTIFICATION AND NOMENCLATURE
38. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
Fill in the blanks:
1. ________ ________ are hierarchal groupingsused in classification that put
organismsinto groupsbased on the organisms’ characteristics. The higher up
in the
hierarchal scheme, the larger the numbersof organisms included.
2. Family namesend in _______ and are written in plain text, with the first letter
capitalized.
3. Together, the genusand species epithet are called a binomial, or Latin
name. We
often call the species epithet simply the species, but technically, species is the
______ plusthe _________ __________.
4. The ________ (pluralis ________ ) will be capitalized, written in italics (or
underlined), and usually aLatin, or latinized, word.
5. The _________ ___________ willimmediately follow the genus, it will be lower
case
but underlined or written in italics, and is usually aLatin, or latinized word.
6. A distinct, naturally occurringsubset of a species can become classed as a
___________. When written out, you can recognize it because it will follow the
species epithet, it will be underlined or written and italics and will be Latin or
latinized.
7. _________ persist dueto cultivation and are maintained by us for specific
traits.
Membersof a given _______ are identical to each other although they can be
propagated in a variety of ways. Written in plain text, and set off by single
quotes.
8. The __________ name is alwaysadded after a valid scientific nameat the genus
or
species level, is not latinized, is putin single quotes, and is notwritten in
italics.
9. A ___________ is a cross between two varieties or species. When you see an “x”
in a
plantname, it means that whatever taxon level immediately followsthis is of
_________ origin.
10. A __________ is a taxonomic group of organisms classified together on the
basis of
homologous features traced to a common ancestor.
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
39. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
Type A6
REWRITE THE FOLLOWING BOTANICAL NAMES USING THE ICBN METHOD
1. domestica Musca (species)
2. arachis Hypogeal
3. cepa Alium
4. cacao Theobroma
5. loa loa
6. amarathus Spinosis
7. Glyn max
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
40. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type A8
1. What are the major problems with Linn system of classification?
41. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AB
1. There are five kingdoms of plant and Animal Classification
namely?
42. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AC
1. State the Major group of plant kingdom by R. H Whitaker,
given one example each?
43. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AD
1. What are the characteristics of Kingdom Plantae?
44. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AE
State the criteria for which kingdom plantae is classified?
45. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AF
Give one example each of CRYPTOGAMS AND PHANEROGAMS
46. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AG
1. Name the pigment responsible for photosynthesis in plants.
47. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AH
2. Describe the criteria for levels of classification in plants.
48. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AI
3. Explain the characteristic of thallophytes.
49. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AJ
4. Explain the significant features of Gymnosperms.
50. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AK
5. List the characteristics of Angiosperms
51. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AL
1. State the Hierarchy of plant classification?
52. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AM
53. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
1. What are the major differences between plant and Animal Kingdom
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
54. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
Instructions: ANSWER ALL QUESTIONS
Type AN
1. State only the members of Cryptogam and Phanerogam
HARRY PASS POLYTECHNIC MKAR, GBOKO
55. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AO
2. List 3 each of characteristic and importance of Algae and Fungi in
an evolutionary trend
56. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AP
1. State Economic and Biological importance of Algae and Fungi
57. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AQ
1. State the major classes of phylum which comprises of the
vertebrate?
58. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AR
1. State the major classes of phylum which comprises of the
vertebrate?
59. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AS
What is phylogeny?
60. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AT
Name the three major domains. Briefly describe the characters that
distinguish them.
61. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AU
Give examples of each. Draw a cladogram representing the three domains.
62. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AV
What is monophyletic? Why do taxonomists prefer monophyletic groups?
63. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AW
What is taxon
64. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AX
Match each of the following with the following terms
a. description c. systematics e. taxonomy
b. classification d. nomenclature f. identification
1. _____ providing proper name of a plant
2. _____ assigning features to a taxon
3. _____ uses characters and character states to describe a taxon
4. _____ determining that an unknown object is identical to an already know
object
65. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
5. _____ using a dichotomous key to match an organism to another
6. _____ study of plant classification
7. _____ study of the diversity and history of organisms and their evolutionary
relationships
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AY
1. _____ determining that an unknown object is identical to an already know
object
2. _____ using a dichotomous key to match an organism to another
3. _____ study of plant classification
66. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
4. _____ study of the diversity and history of organisms and their evolutionary
relationships
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type AZ
67. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
1. _____ determining that an unknown object is identical to an already know
object
2. _____ using a dichotomous key to match an organism to another
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
68. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
Instructions: ANSWER ALL QUESTIONS
Type BA
1. _____ study of plant classification
2. _____ study of the diversity and history of organisms and their evolutionary
relationships
HARRY PASS POLYTECHNIC MKAR, GBOKO
69. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BB
1. _____ study of plant classification
2. _____ study of the diversity and history of organisms and their evolutionary
relationships
70. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BC
1. _____ study of plant classification
2. _____ study of the diversity and history of organisms and their
evolutionary relationships
71. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BD
1. _____ study of plant classification
2. _____ study of the diversity and history of organisms and their evolutionary
relationships
72. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BE
1. _____ study of plant classification
2. _____ study of the diversity and history of organisms and their evolutionary
relationships
73. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BF
1. _____ study of plant classification
2. _____ study of the diversity and history of organisms and their evolutionary
relationships
74. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BG
1. _____ study of plant classification
2. _____ study of the diversity and history of organisms and their evolutionary
relationships
75. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BH
1. _____ study of plant classification
2. _____ study of the diversity and history of organisms and their evolutionary
relationships
76. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BI
1. _____ study of plant classification
2. _____ study of the diversity and history of organisms and their evolutionary
relationships
77. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BJ
1. _____ study of plant classification
2. _____ study of the diversity and history of organisms and their evolutionary
relationships
78. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BK
1. _____ study of plant classification
2. _____ study of the diversity and history of organisms and their evolutionary
relationships
79. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BL
1. _____ study of plant classification
2. _____ study of the diversity and history of organisms and their evolutionary
relationships
80. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BM
81. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
1. _____ study of plant classification
2. _____ study of the diversity and history of organisms and their evolutionary
relationships
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BN
82. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
1. _____ study of plant classification
2. _____ study of the diversity and history of organisms and their evolutionary
relationships
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
83. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BO
1. _____ study of plant classification
2. _____ study of the diversity and history of organisms and their evolutionary
relationships
84. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BP
1. _____ study of plant classification
2. _____ study of the diversity and history of organisms and their evolutionary
relationships
85. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BQ
1. Viruses are denied a kingdom of their own because?
A. their genetics cannot be determined
B. they are too small
C. they are too poorly understood
D. they are not organisms
2. Viruses are assigned to the kingdom
A. none of the above
B. Protista
C. Fungi
D. Achaebacteria
3. A major problem with polynomial names was that they were
A. Cumbersome
B. Inaccurate
C. not descriptive
D. Latin
4. The plant alternation of generations is characterized by meiosis.
A. Sporic
B. Somatic
C. Zygotic
D. Gametic
5. When writing species epithets, it is sometimes permissible to
abbreviate the ______ name.
A. genus
B. phylum
C. order
D. specie
86. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BR
1. Viruses are denied a kingdom of their own because?
A. their genetics cannot be determined
B. they are too small
C. they are too poorly understood
D. they are not organisms
2. Viruses are assigned to the kingdom
A. none of the above
B. Protista
C. Fungi
D. Achaebacteria
3. A major problem with polynomial names was that they were
A. Cumbersome
B. Inaccurate
C. not descriptive
D. Latin
4. The plant alternation of generations is characterized by meiosis.
A. Sporic
B. Somatic
C. Zygotic
D. Gametic
5. When writing species epithets, it is sometimes permissible to
abbreviate the ______ name.
A. genus
B. phylum
C. order
D. specie
87. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BS
1. Viruses are denied a kingdom of their own because?
A. their genetics cannot be determined
B. they are too small
C. they are too poorly understood
D. they are not organisms
2. Viruses are assigned to the kingdom
A. none of the above
B. Protista
C. Fungi
D. Achaebacteria
3. A major problem with polynomial names was that they were
A. Cumbersome
B. Inaccurate
C. not descriptive
D. Latin
4. The plant alternation of generations is characterized by meiosis.
A. Sporic
B. Somatic
C. Zygotic
D. Gametic
5. When writing species epithets, it is sometimes permissible to
abbreviate the ______ name.
A. genus
B. phylum
C. order
D. specie
88. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BT
1. Viruses are denied a kingdom of their own because?
A. their genetics cannot be determined
B. they are too small
C. they are too poorly understood
D. they are not organisms
2. Viruses are assigned to the kingdom
A. none of the above
B. Protista
C. Fungi
D. Achaebacteria
3. A major problem with polynomial names was that they were
A. Cumbersome
B. Inaccurate
C. not descriptive
D. Latin
4. The plant alternation of generations is characterized by meiosis.
A. Sporic
B. Somatic
C. Zygotic
D. Gametic
5. When writing species epithets, it is sometimes permissible to
abbreviate the ______ name.
A. genus
B. phylum
C. order
D. specie
89. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BU
1. Viruses are denied a kingdom of their own because?
A. their genetics cannot be determined
B. they are too small
C. they are too poorly understood
D. they are not organisms
2. Viruses are assigned to the kingdom
A. none of the above
B. Protista
C. Fungi
D. Achaebacteria
3. A major problem with polynomial names was that they were
A. Cumbersome
B. Inaccurate
C. not descriptive
D. Latin
4. The plant alternation of generations is characterized by meiosis.
A. Sporic
B. Somatic
C. Zygotic
D. Gametic
5. When writing species epithets, it is sometimes permissible to
abbreviate the ______ name.
A. genus
B. phylum
90. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
C. order
D. specie
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
TypeBV
1. Viruses are denied a kingdom of their own because?
A. their genetics cannot be determined
B. they are too small
C. they are too poorly understood
D. they are not organisms
2. Viruses are assigned to the kingdom
A. none of the above
B. Protista
C. Fungi
D. Achaebacteria
3. A major problem with polynomial names was that they were
A. Cumbersome
B. Inaccurate
C. not descriptive
D. Latin
4. The plant alternation of generations is characterized by meiosis.
A. Sporic
B. Somatic
C. Zygotic
D. Gametic
91. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
5. When writing species epithets, it is sometimes permissible to
abbreviate the ______ name.
A. genus
B. phylum
C. order
D. specie
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BW
1. Viruses are denied a kingdom of their own because?
A. their genetics cannot be determined
B. they are too small
C. they are too poorly understood
D. they are not organisms
2. Viruses are assigned to the kingdom
A. none of the above
B. Protista
C. Fungi
D. Achaebacteria
3. A major problem with polynomial names was that they were
A. Cumbersome
B. Inaccurate
C. not descriptive
D. Latin
4. The plant alternation of generations is characterized by meiosis.
A. Sporic
92. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
B. Somatic
C. Zygotic
D. Gametic
5. When writing species epithets, it is sometimes permissible to
abbreviate the ______ name.
A. genus
B. phylum
C. order
D. specie
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BX
1. Viruses are denied a kingdom of their own because?
A. their genetics cannot be determined
B. they are too small
C. they are too poorly understood
D. they are not organisms
2. Viruses are assigned to the kingdom
A. none of the above
B. Protista
C. Fungi
D. Achaebacteria
3. A major problem with polynomial names was that they were
A. Cumbersome
B. Inaccurate
C. not descriptive
93. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
D. Latin
4. The plant alternation of generations is characterized by meiosis.
A. Sporic
B. Somatic
C. Zygotic
D. Gametic
5. When writing species epithets, it is sometimes permissible to
abbreviate the ______ name.
A. genus
B. phylum
C. order
D. specie
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BY
1. Viruses are denied a kingdom of their own because?
A. their genetics cannot be determined
B. they are too small
C. they are too poorly understood
D. they are not organisms
2. Viruses are assigned to the kingdom
A. none of the above
B. Protista
C. Fungi
D. Achaebacteria
3. A major problem with polynomial names was that they were
94. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
A. Cumbersome
B. Inaccurate
C. not descriptive
D. Latin
4. The plant alternation of generations is characterized by meiosis.
A. Sporic
B. Somatic
C. Zygotic
D. Gametic
5. When writing species epithets, it is sometimes permissible to
abbreviate the ______ name.
A. genus
B. phylum
C. order
D. specie
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type BZ
1. Viruses are denied a kingdom of their own because?
A. their genetics cannot be determined
B. they are too small
C. they are too poorly understood
D. they are not organisms
2. Viruses are assigned to the kingdom
A. none of the above
B. Protista
95. Ukoro F.O (M. Aislt)- Plant and Animal Taxonomy
Ukoro F.O (M. Aislt)
C. Fungi
D. Achaebacteria
3. A major problem with polynomial names was that they were
A. Cumbersome
B. Inaccurate
C. not descriptive
D. Latin
4. The plant alternation of generations is characterized by meiosis.
A. Sporic
B. Somatic
C. Zygotic
D. Gametic
5. When writing species epithets, it is sometimes permissible to
abbreviate the ______ name.
A. genus
B. phylum
C. order
D. specie
HARRY PASS POLYTECHNIC MKAR, GBOKO
COURSE CODE: STB 111. COURSE TITLE: Plant and Animal Taxonomy
CLASS: SCIENCE LABORATORY TECHNOLOGY LEVEL: 100L Time:
600secs
Instructions: ANSWER ALL QUESTIONS
Type CA
1. _____ study of plant classification
2. _____ study of the diversity and history of organisms and their evolutionary
relationships