Protists
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The document describes the structures of several types of cells: - Amoebas have pseudopods for movement, cytoplasm, a cell membrane, contractile and food vacuoles, and a nucleus. - Euglenas have a reservoir, nucleus, contractile vacuole, pellicle, chloroplast, nucleolus, and flagellum. - Parameciums have cilia, contractile and food vacuoles, micronucleus, oral groove, gullet, cytoplasm, and large nucleus. - Plant cells have a nucleus, chloroplasts, mitochondria, cytoplasm, vacuoles, and a cell wall.
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Protists
The document describes the structures of various cells including amoebas, euglenas, paramecia, and plant cells. It lists the key organelles and parts of each cell type, such as the pseudopod and nucleus of an amoeba, the flagellum and chloroplast of a euglena, the cilia and oral groove of a paramecium, and the nucleus, chloroplasts, mitochondria, vacuoles, and cell wall of a plant cell.
Organelles
The document summarizes the major organelles found in eukaryotic cells. It describes 10 organelles: the nucleus, which controls the cell and contains DNA; ribosomes, which synthesize proteins; the endoplasmic reticulum, which helps produce cell membranes; the Golgi apparatus, which modifies and packages molecules; lysosomes, which digest materials; vacuoles, which store water and nutrients in plant cells; mitochondria, which generate energy; chloroplasts, which capture sunlight for photosynthesis in plant cells; the cytoskeleton, made of microfilaments and microtubules that support the cell; and centrioles, which help with cell division. It concludes by contrasting typical characteristics of plant and animal cells
The Cell - It's Structure And Functions
All living organisms on Earth are divided in pieces called cells. There are smaller pieces to cells that include proteins and organelles. There are also larger pieces called tissues and systems. Cells are small compartments that hold all of the biological equipment necessary to keep an organism alive and successful on Earth.
Cells
This document provides information about the structures and functions of key organelles in plant and animal cells. It notes that animal cells may contain vacuoles for storage, Golgi bodies that receive and send materials, mitochondria for energy production, and a nucleus that directs cell activities. Plant cells are described as having an endoplasmic reticulum that transports materials, a large central vacuole, a rigid cell wall surrounding the membrane, and chloroplasts that capture sunlight for photosynthesis. The document also defines several cellular transport processes and other terms.
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This document provides information about the basic parts of plant and animal cells. It discusses that all cells have a cell membrane, nucleus, and cytoplasm. The nucleus controls cell activities and division. Cytoplasm is a semi-fluid material between the nucleus and cell membrane made of various components. The document also outlines several common cell organelles found in the cytoplasm, including mitochondria, vacuoles, ribosomes, Golgi bodies, lysosomes, and chloroplasts. It provides brief descriptions of the functions of these organelles.
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This document provides an overview of cell structure and organization. It defines prokaryotic and eukaryotic cells, and describes the main components of animal and plant cells, including the cell membrane, nucleus, cytoplasm, organelles, mitochondria, chloroplasts, and cell wall. Specific organelles like the endoplasmic reticulum, Golgi body, ribosomes, lysosomes, centrioles, and vacuoles are explained. Videos are provided for virtual tours of typical animal and plant cells. Activities at the end instruct students to fill in organelle names and compare animal and plant cells.
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The document describes the structures of various cells including amoebas, euglenas, paramecia, and plant cells. It lists the key organelles and parts of each cell type, such as the pseudopod and nucleus of an amoeba, the flagellum and chloroplast of a euglena, the cilia and oral groove of a paramecium, and the nucleus, chloroplasts, mitochondria, vacuoles, and cell wall of a plant cell.
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This document provides information about the structures and functions of key organelles in plant and animal cells. It notes that animal cells may contain vacuoles for storage, Golgi bodies that receive and send materials, mitochondria for energy production, and a nucleus that directs cell activities. Plant cells are described as having an endoplasmic reticulum that transports materials, a large central vacuole, a rigid cell wall surrounding the membrane, and chloroplasts that capture sunlight for photosynthesis. The document also defines several cellular transport processes and other terms.
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This document provides information about the basic parts of plant and animal cells. It discusses that all cells have a cell membrane, nucleus, and cytoplasm. The nucleus controls cell activities and division. Cytoplasm is a semi-fluid material between the nucleus and cell membrane made of various components. The document also outlines several common cell organelles found in the cytoplasm, including mitochondria, vacuoles, ribosomes, Golgi bodies, lysosomes, and chloroplasts. It provides brief descriptions of the functions of these organelles.
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This document provides an overview of cell structure and organization. It defines prokaryotic and eukaryotic cells, and describes the main components of animal and plant cells, including the cell membrane, nucleus, cytoplasm, organelles, mitochondria, chloroplasts, and cell wall. Specific organelles like the endoplasmic reticulum, Golgi body, ribosomes, lysosomes, centrioles, and vacuoles are explained. Videos are provided for virtual tours of typical animal and plant cells. Activities at the end instruct students to fill in organelle names and compare animal and plant cells.
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EXCRETION SYSTEM
EXCRETORY ORGANS
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The nucleus is like the principal of the school, forming the basis for the cell's activity and growth. The mitochondria are like the cafeteria, where energy production occurs. The endoplasmic reticulum, lysosomes, vacuoles, cell membrane, and other organelles can be compared to different parts of a school, with functions like the hallways, custodian, and lockers, respectively.
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The nucleus is like the principal of the school, forming the basis for the cell's activity and growth. The mitochondria are like the cafeteria, where energy production occurs. The endoplasmic reticulum, lysosomes, vacuoles, cell membrane, and other organelles can be compared to different parts of a school, with functions like the hallways, custodian, and lockers, respectively.
Cells 1.2
The document describes the main components and structures found within plant and animal cells. It explains that cells have a cell membrane that controls what enters and exits the cell, and many cells also have a cell wall for structural support. Inside the cell is the nucleus, which contains genetic material and directs the cell's activities. Other cellular structures described are mitochondria, which generate energy for the cell, and chloroplasts in plant cells, which capture sunlight to produce food. The cytoplasm contains many organelles that carry out specialized functions like transport, waste removal, and protein production.
Understanding the prokaryote, plant and animal cell
Prokaryote cells contain structures like capsules, flagella, cell walls, and plasmids that help with protection, locomotion, and carrying genetic material. Animal cells contain organelles like the nucleus, mitochondria, Golgi bodies, and endoplasmic reticulum that allow functions like DNA control, energy production, protein packaging, and transport. Plant cells share some organelles with animal cells but also contain chloroplasts and cell walls which enable photosynthesis and provide structure.
plantanimalcells-160729085355.pptx
- The document discusses plant and animal cells, comparing their parts and functions. It identifies the cell membrane, cytoplasm, nucleus, mitochondria, endoplasmic reticulum, ribosomes, Golgi apparatus, and vacuole as common parts of both cell types.
- Plant cells also contain a cell wall, chloroplasts, and plastids. Animal cells contain lysosomes. The functions of these parts are explained.
- Key differences between plant and animal cells include plant cells having cell walls, chloroplasts, and the ability to perform photosynthesis, while animal cells can move and obtain food externally.
Unit 2 cells
The document discusses the history and development of microscopy and cell theory. It begins with early microscopes like hand lenses and single lens microscopes used to first observe cells. Today, electron microscopes like SEM and TEM are used. Key contributors included Hooke, who first observed cells, Leeuwenhoek who discovered bacteria and cells, and Schwann and Schleiden who developed the original cell theory. The document then describes plant and animal cell structures like cell walls, chloroplasts and organelles in detail. It explains membrane structure and transport mechanisms. The importance of microscopy in observing cells is also highlighted.
Plant and Animal Cells
About the different parts/organelles of plants and animal cells and its functions, difference between plant and animal cells.
Jacqueline's Slide Show Babe!!!
The document describes the organelles found in animal and plant cells and provides analogies comparing them to parts of a school. It discusses the nucleus, ribosomes, Golgi apparatus, plasma membrane, mitochondria, lysosomes, cytoskeleton, microvilli, peroxisomes, centrosomes, flagellum, endoplasmic reticulum, vacuole, cell wall, chloroplasts, cytoplasm, and cell membrane. Each organelle's function is explained and then related to an aspect of a school like the principal's office, cafeteria, hallways, garbage cans, greenhouse, doors, and campus.
Protozoa Structure
Protozoa are single-celled eukaryotic organisms that range in size from 1 to 500 micrometers. They consist of cytoplasm divided into two layers - the outer ectoplasm layer is responsible for movement, feeding, respiration, and protection, while the inner endoplasm layer acts as the digestive system containing vacuoles and lysosomes. An amoeba is an example of a protozoan - it is a unicellular animal that uses pseudopods for locomotion and contains organelles like the nucleus, contractile vacuole, food vacuole, and digestive vacuole within its cytoplasm.
The Cell Project
The document summarizes the structure and function of various organelles in the cell. It describes the nucleus, which contains the cell's DNA and directs protein production. It also describes the cell membrane, ribosomes, lysosomes, mitochondria, cilia, flagella, the cell wall, cytoplasm, microtubules, microfilaments, plastids, vacuoles, the endoplasmic reticulum, chloroplasts, the Golgi apparatus, the nucleolus, centrioles, and the cytoskeleton. Each organelle has a specific role in carrying out functions necessary for the cell.
organization of origin .pptx
This document summarizes the key components and functions of plant and animal cells. It outlines the main organelles found in each cell type, including the cell wall, cell membrane, cytoplasm, nucleus, vacuoles, chloroplasts, mitochondria, and ribosomes. It describes the specific functions of these organelles, such as how the cell wall provides structure, the cell membrane controls movement of molecules, and how chloroplasts and mitochondria are involved in photosynthesis and respiration. The document also provides some notes on the differences between eukaryotic and prokaryotic cells.
Cells
Cells are the basic unit of life and come in two main types - prokaryotic and eukaryotic. Prokaryotic cells like bacteria lack membrane-bound organelles and have no nucleus, while eukaryotic cells like animal and plant cells contain organelles and a membrane-bound nucleus. Key differences include prokaryotes having a cell wall and single circular chromosome while eukaryotes may lack a cell wall and have multiple linear chromosomes with histones. The development of the microscope allowed scientists like Hooke, van Leeuwenhoek, and Schwann to observe cells and establish that all living things are made of these basic cellular units.
DLN - Erica And Michael
The document compares and contrasts the structures and functions of plant leaves from different environments. Hydrophytic leaves have reduced vascular tissue and stomata only on the upper surface. Mesophytic leaves have well-developed vascular tissue to transport water from the roots. Xerophytic leaves adapted to arid conditions have thicker epidermis and sunken stomata to reduce water loss.
DLN - Erica and Michael
The document compares and contrasts the structures and functions of plant leaves from different environments. Hydrophytic leaves have reduced vascular tissue and stomata only on the upper surface. Mesophytic leaves have well-developed vascular tissue to transport water from the roots. Xerophytic leaves adapted to arid conditions have thicker epidermis and cuticles, and sunken stomata to reduce water loss.
2.1 cell structure and function
The document discusses the structure and organization of cells. It describes the basic components of plant and animal cells, including the cell membrane, cell wall, nucleus, cytoplasm, vacuoles, mitochondria, ribosomes, endoplasmic reticulum, Golgi apparatus, lysosomes, centrioles, and chloroplasts. It compares the key similarities and differences between plant and animal cells, and relates the density of certain organelles to the functions of specific cell types.
2.1 cell structure and function
This document summarizes key aspects of cell structure and organization. It describes the basic components of plant and animal cells, including the cell membrane, nucleus, cytoplasm, mitochondria and chloroplasts. The main differences between plant and animal cells are that plant cells contain a cell wall and chloroplasts, while animal cells do not. Specific cell types contain different organelles depending on their function - for example, sperm cells and muscle cells contain many mitochondria to produce energy for movement.
Chapter 2 Cell
The document summarizes the history and components of cells. It describes how early scientists like Van Leeuwenhoek, Hooke and Brown discovered cells and cell structures using microscopes. It then outlines the cell theory developed by Rudolf Virchow stating that cells are the basic unit of structure and function and that new cells are produced from existing cells. The summary then provides details on the generalized functions of cells and describes the structures and functions of key animal and plant cell organelles such as the nucleus, mitochondria, chloroplasts and cell membrane.
Cell
This document provides an overview of cell structure and types of organisms. It discusses the history of cell discovery and defines unicellular and multicellular organisms. The key components of the cell are then described in detail, including the plasma membrane, nucleus, cytoplasm, organelles like the endoplasmic reticulum, Golgi complex, lysosomes, mitochondria, plastids, and vacuoles. Each component's structure and functions are outlined. The document concludes by stating that vacuoles serve as storage sacs within the cell.
Science Project
The document defines and describes key cellular organelles and structures:
- The nucleus contains DNA and manages cellular functions. The nucleolus produces ribosomes.
- The cell membrane filters materials in and out of the cell. The cytoplasm contains organelles and chemical reactions.
- Organelles like the endoplasmic reticulum, Golgi apparatus, vacuoles, lysosomes, chloroplasts, and mitochondria have specific functions in protein synthesis, transport, storage, and energy production.
- The cytoskeleton, composed of microtubules and microfilaments, provides structural support. Plastids store materials. Centrioles and cilia/flagella are involved in cell movement. The cell wall surrounds plant cells
Science Project
The document defines and describes key cellular organelles and structures:
- The nucleus contains DNA and manages cellular functions. The nucleolus produces ribosomes.
- The cell membrane filters materials in and out of the cell. The cytoplasm contains organelles and chemical reactions.
- Organelles like the endoplasmic reticulum, Golgi apparatus, vacuoles, lysosomes, chloroplasts, and mitochondria have specific functions in protein synthesis, transport, storage, and energy production.
- The cytoskeleton, composed of microtubules and microfilaments, provides structural support. Plastids store materials. Centrioles and cilia/flagella are involved in cell movement. The cell wall surrounds plant cells
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Understanding the prokaryote, plant and animal cell
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Thermal energy
Thermal energy naturally transfers from hotter to colder objects through three main methods:
(1) Conduction, where energy transfers through direct contact of particles in substances or between substances;
(2) Convection, where the flow of fluids like gases or liquids transfers energy; and
(3) Radiation, where electromagnetic waves transfer energy without requiring contact between objects. Technologies like furnaces and refrigerators control the rate of heating and cooling through these thermal energy transfer methods.
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2) The four main forces acting on an aircraft are gravity, lift, thrust, and drag. Lift counters gravity while thrust provides forward motion.
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This document appears to be about space and astronomy topics. It contains questions about the moon's phases, eclipses, planets in our solar system, and other astronomical phenomena. The questions range from facts about the moon, planets, and space exploration events.
Space Test Review
Canada has a long history of participation in space exploration dating back to 1839 with the establishment of the first magnetic observatory. Some key contributions include Marc Garneau being the first Canadian in space in 1984, Roberta Bondar being the first Canadian woman in space, and Chris Hadfield performing two spacewalks making him the first Canadian to float freely in space. Canada enjoys its role as a leader in space robotics and satellite communications due to inventions like the Canadarm robotic arm and scientific contributions in areas like life support systems and radiation dosimetry.
Science presentation
The Cloud Penguin lives in both Antarctica and Chilean rainforests. It is the only species of penguin capable of flight, using its wings to fly at speeds up to 45 km/h. Cloud Penguins migrate between the two habitats annually, breeding in the rainforests during summer and foraging in Antarctic waters during winter. They lay two eggs and both parents cooperate in incubation and chick rearing. Threats to the species include climate change, fishery interactions, and oil pollution.
Science presentation
The cloud penguin is a mid-sized penguin capable of both flight and swimming at high speeds. It migrates between Chilean jungles in the summer, where it nests and raises its young, and the Antarctic waters in winter, where it feeds on fish. The cloud penguin is highly adapted for its environment with wings that allow flight, webbed feet, and other features that help it catch prey and endure varying climates throughout the year.
Impact on the environment by cars
The document discusses the environmental impact of cars and provides tips for reducing pollution. It notes that hybrid cars run partially on electricity and have less frequent brake pad changes. Driving gas-guzzling cars significantly contributes to air pollution and ozone layer depletion. Walking, biking, public transit, and carpooling can help reduce emissions. When choosing a car, fuel efficiency should be prioritized over appearance to help the environment. Solar panels at factories are also highlighted as beneficial.
Car pollution
Car pollution damages the ozone layer and causes global warming by releasing gases such as carbon dioxide into the air. When we breathe in car pollution, it can be as harmful as smoking a pack of cigarettes. To reduce car pollution, the document recommends carpooling, biking, walking for short distances, combining errands into one trip, avoiding drive-thrus, using cruise control, and driving hybrid, electric or solar powered vehicles. Following these tips can help save the earth and humanity from the harmful effects of car pollution.
The effects of car pollution
The document discusses how cars emit large amounts of carbon dioxide and other pollutants each year, with Americans using nearly 400 million gallons of gasoline daily. Most ozone pollution comes from vehicles. Some ways to reduce pollution include walking, biking, using public transit or carpooling instead of driving, purchasing a hybrid or electric vehicle, and avoiding idling engines unnecessarily. The authors thank the audience for their attention.
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This short document discusses whether vehicles are good or bad. It presents the perspectives of two individuals, Natalie who believes vehicles should be banned, while Bella thinks they are okay. The document aims to explore both sides of this issue but does not provide any conclusions.
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Protists
- 2. Amoeba Structure of an amoeba: Pseudopod: part of the amoeba used for locomotion. Cytoplasm: central part of an amoeba. Cell membrane: membrane covering an amoeba. Contractile vacuole: cavity of the amoeba that is able to contract. Food vacuole: cavity of the amoeba responsible for digestion. Nucleus: central organelle for an amoeba. Digestive vacuole: cavity of the amoeba responsible for digestion.
- 3. Structure of a euglena: flagellate freshwater protozoan. Reservoir: part of a euglena used for storage. Nucleus: central organelle of a euglena. Contractile vacuole: cavity of the euglena that is able to contract. Pellicle: membrane that envelops a euglena. Chloroplast: organelle of the euglena responsible for photosynthesis. Nucleolus: spherical body that contains the nucleus of a euglena. Stigma: light-sensitive part of a euglena. Flagellum: long, mobile filament used by the euglena for locomotion.
- 4. Structure of a paramecium: Cilia: minuscule cilia that envelop the paramecium and are used for locomotion. Contractile vacuole: cavity of the paramecium that is able to contract. Food vacuole: cavity of the paramecium responsible for digestion. PARAMECIUM Micronucleus: one of the less important central organelles of a paramecium. Oral groove: canal of the paramecium used to ingest nutrients. Gullet: cavity of the pharynx. Cytoplasm: central part of a paramecium. Large nucleus: the most important central organelle of a paramecium.
- 5. Plant cell: the cell is a highly complex system that is the site of intense energy exchange and which presents vast interphase surfaces. Like all living organisms, it feeds itself, grows, multiplies and Nucleus: small spherical body with the cell Chloroplast: granule of chlorophyll, which is needed for photosynthesis. Mitochondria: granule that plays an important role in the respiration and energy-releasing reactions in living cells. Cytoplasm :liquid part of the cell Vacuole: space with the cytoplasm of a cell containing various substances. Cell wall: rigid wall around the cell