This document outlines a lesson plan about the solar system and planets. It includes instructions for students to follow rules, do exercises, learn about planets through activities like Deal or No Deal and finding hidden pictures. Students are asked questions about the planets and their characteristics. The lesson concludes with a group activity where students are split into teams to complete assignments comparing the planets, and a final game of Compare and Contrast. The document uses games and interactive elements to teach students about the key features of planets.
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 discusses the seasons in the Philippines. It explains that the Philippines experiences two seasons: a dry season from March to May caused by the northeast monsoon, and a wet season from June to October caused by the southwest monsoon. The location and tilt of the Earth, as well as wind patterns, cause the different seasons by influencing temperatures and rainfall at different times of the year.
This document provides information about the male and female reproductive systems. It identifies and describes key parts of both systems including the testes, penis, prostate gland, ovaries, uterus, and fallopian tubes. It explains sperm and egg cell production and defines fertilization as the union of a sperm and egg. The roles of the reproductive systems in reproduction are described as allowing sexual intercourse and the development of an embryo and fetus in the uterus. Care recommendations for the reproductive organs are also provided.
This document provides information about a science class on soil types. It discusses the objectives of identifying different soil types based on physical characteristics. It introduces the three main soil types - clay, loam, and sand. The document then provides details on the physical characteristics of each soil type, including texture, particle size, and ability to hold water. Students are instructed to complete activities that involve classifying soil types in pictures and diagrams, as well as a quiz to assess their understanding.
BODY STRUCTURES THAT HELP ANIMALS ADAPT AND SURVIVE .pptxReymartMadriaga8
Animals have body structures that help them adapt to their environment. ADAPTATION is
the structure or behavior that helps an organism survive in its environment.
HABITAT is an ecological or environmental area that is inhabited by a particular species of
animal, plant, or other type or organisms. Fish are covered with scales for protection from disease and
from other animals that live in water. Shrimps and lobsters are covered with outside skeleton or
exoskeleton while other animals like clams and mussels are covered with shells. Some animals are
covered with fur to keep them warm like monkey, lion, horse, and cheetah. Some animals that found in
the locality are carabao, cow, goat, dog and cat. Others are covered with feathers for flying like chicken,
eagle, peacock, and duck. Some have smooth skin for breathing like earthworm. Most body coverings
of animals are for protection.
Animals move differently depending on their habitat and their body structures. Some animals have
legs for walking and some have wings for flying. Animals that live on land move in different ways.
Some walk, hop and jump. Most animals that live in water swim. But some aquatic animals have legs,
too, for walking like crustaceans, shrimps, prawns, and crabs. Animals that can live both in water and
on land can either walk, hop, jump, or swim. Some animals used the following body structures to adapt
and survive: horns, tails, claws, paws, fangs, pincers, beaks, sticky tongue, movable jaws, sucking tubes,
and teeth.
These are the important information about the body structures that help animals adapt and survive
in their particular habitat.
This document defines and provides examples of different types of organisms across kingdoms, including animals, plants, fungi, and protists. It also describes characteristics of species endangerment and describes plant structures and tropisms. Key points covered include the defining features of major kingdoms, examples of endangered and extinct species, and descriptions of plant tissues and responses to stimuli.
The document discusses the 5Rs approach to waste management: reduce, reuse, recycle, repair, recover. It defines each of the 5Rs. Reduce means lessening unnecessary use of materials. Reuse means using items again, either by oneself or others. Recycle means processing waste materials to make new products. Repair means fixing broken items to reuse them. Recover means extracting energy or materials from wastes that can no longer be used. The 5Rs promote a clean environment by transforming wastes into useful materials through these various strategies.
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 discusses the seasons in the Philippines. It explains that the Philippines experiences two seasons: a dry season from March to May caused by the northeast monsoon, and a wet season from June to October caused by the southwest monsoon. The location and tilt of the Earth, as well as wind patterns, cause the different seasons by influencing temperatures and rainfall at different times of the year.
This document provides information about the male and female reproductive systems. It identifies and describes key parts of both systems including the testes, penis, prostate gland, ovaries, uterus, and fallopian tubes. It explains sperm and egg cell production and defines fertilization as the union of a sperm and egg. The roles of the reproductive systems in reproduction are described as allowing sexual intercourse and the development of an embryo and fetus in the uterus. Care recommendations for the reproductive organs are also provided.
This document provides information about a science class on soil types. It discusses the objectives of identifying different soil types based on physical characteristics. It introduces the three main soil types - clay, loam, and sand. The document then provides details on the physical characteristics of each soil type, including texture, particle size, and ability to hold water. Students are instructed to complete activities that involve classifying soil types in pictures and diagrams, as well as a quiz to assess their understanding.
BODY STRUCTURES THAT HELP ANIMALS ADAPT AND SURVIVE .pptxReymartMadriaga8
Animals have body structures that help them adapt to their environment. ADAPTATION is
the structure or behavior that helps an organism survive in its environment.
HABITAT is an ecological or environmental area that is inhabited by a particular species of
animal, plant, or other type or organisms. Fish are covered with scales for protection from disease and
from other animals that live in water. Shrimps and lobsters are covered with outside skeleton or
exoskeleton while other animals like clams and mussels are covered with shells. Some animals are
covered with fur to keep them warm like monkey, lion, horse, and cheetah. Some animals that found in
the locality are carabao, cow, goat, dog and cat. Others are covered with feathers for flying like chicken,
eagle, peacock, and duck. Some have smooth skin for breathing like earthworm. Most body coverings
of animals are for protection.
Animals move differently depending on their habitat and their body structures. Some animals have
legs for walking and some have wings for flying. Animals that live on land move in different ways.
Some walk, hop and jump. Most animals that live in water swim. But some aquatic animals have legs,
too, for walking like crustaceans, shrimps, prawns, and crabs. Animals that can live both in water and
on land can either walk, hop, jump, or swim. Some animals used the following body structures to adapt
and survive: horns, tails, claws, paws, fangs, pincers, beaks, sticky tongue, movable jaws, sucking tubes,
and teeth.
These are the important information about the body structures that help animals adapt and survive
in their particular habitat.
This document defines and provides examples of different types of organisms across kingdoms, including animals, plants, fungi, and protists. It also describes characteristics of species endangerment and describes plant structures and tropisms. Key points covered include the defining features of major kingdoms, examples of endangered and extinct species, and descriptions of plant tissues and responses to stimuli.
The document discusses the 5Rs approach to waste management: reduce, reuse, recycle, repair, recover. It defines each of the 5Rs. Reduce means lessening unnecessary use of materials. Reuse means using items again, either by oneself or others. Recycle means processing waste materials to make new products. Repair means fixing broken items to reuse them. Recover means extracting energy or materials from wastes that can no longer be used. The 5Rs promote a clean environment by transforming wastes into useful materials through these various strategies.
2.materials found at home according to their uses.ppt2ndShirley Valera
This document is a lesson plan on materials found at home according to their uses for third grade students. It discusses key questions about how materials are used in daily life and why safety is important. It provides objectives to observe and describe household material properties, and communicate safe handling. Examples of household items like bleach, knives, and televisions are given along with their uses and safety information. Students are asked to classify materials according to their use and discuss proper storage and labeling of chemicals. Precautionary measures for handling substances and symbols indicating hazards are reviewed.
interactions among living things in estuary Gabriel Mavis
The document discusses the various living and non-living components of an estuary ecosystem, including organisms like plankton, oysters, mangroves and abiotic factors such as waves, salinity, temperature and soil types. It describes the interactions between these biotic and abiotic elements and how they form complex food webs and habitats within estuaries, which are dynamic coastal environments influenced by both land and sea processes.
Science is the main subject of the document. It discusses content for 6th grade science that will be taught by Teacher Yolly Bautista. The document provides an overview of the science curriculum but does not include specific details about the topics or lessons that will be covered.
Beneficial and Harmful Interactions in the Ecosystem Kyla Alameda
The prayer requests guidance from God for the teacher and students as they start their online class. It asks God to help the students absorb and understand their lessons, be attentive, and use what they learn in their lives. It also asks God to guide the teacher as they teach and for the students to be responsible with their lessons and activities. The prayer closes by thanking God for allowing the class to end successfully and share knowledge.
This document outlines a lesson plan for a Grade 3 science unit on matter. The lesson focuses on introducing students to solids and having them describe different objects based on characteristics like shape, color, texture, and size. Students will go on a field trip in the school garden to observe and list objects. They will then discuss how they identified the objects and what makes them similar or different. The lesson concludes with students describing objects in different areas and drawing labeled objects from their bedroom.
This document is a parental consent form for a child to attend and participate in a regional press conference in Filipino and English from November 28-29, 2015 at the Punta Villa Resort and Convention Center. The parent acknowledges that certain activities carry risks and the teacher in charge is not liable for anything that may happen to the child beyond their control. The parent signs to provide authorization for their child named to attend and participate in the event.
The document discusses the nervous system and its major parts. It identifies the brain, spinal cord, and neurons as the key components. The brain is made up of the cerebrum, cerebellum, and medulla oblongata. The cerebrum is the largest part and controls complex functions. The spinal cord connects the peripheral nervous system to the brain and transmits nerve impulses. Neurons are the basic unit of the nervous system and form a network to send and receive messages throughout the body.
This document discusses processes that shape Earth's surface, focusing on weathering and soil erosion. It notes that soil erosion can be increased by human activities like illegal logging, overgrazing, and quarrying. The effects of soil erosion include negative impacts on landforms, plants, animals, and humans. Landforms may be degraded and plants unable to grow without sufficient nutrients and water retention in topsoil. Animals and humans face issues like reduced food sources and supply of potable water, which can impact health.
Materials are considered useful when they serve a purpose and have properties like durability, resistance to water/heat/acids, flexibility, elasticity, and hardness. Useful materials include metals, ceramics, wood, textiles, plastics, and rubbers. Materials can be considered harmful if they are only meant for a specific purpose and can cause injury if not used or disposed of properly, with properties like being corrosive, flammable, explosive, poisonous, or reactive. Examples given are bleach and car batteries. The document asks the reader to identify which materials can be recycled, cause injury, are toxic, can be landfilled, easily pollute, take long to decompose, can be reused, or
The document discusses the skeletal and muscular systems of the human body. It describes the two main groups of bones - the axial skeleton (skull, vertebral column, ribs) and appendicular skeleton (shoulder, pelvis, arms, legs). It explains how bones are connected by joints, including movable joints like ball-and-socket and hinge joints. The document also outlines the functions of muscles in moving bones and protecting organs, describing voluntary, involuntary, and cardiac muscles. In under 3 sentences, the document provides an overview of the skeletal and muscular systems and their basic structures and functions.
The musculoskeletal system includes bones, muscles, and joints. It is composed of 206 bones that support the body, protect organs, and allow for movement through connection to muscles. There are over 600 muscles made of muscle cells that contract and relax, attaching to bones via tendons to enable body part movement. Joints include fixed, semi-movable, and movable types that connect bones and facilitate different ranges of motion.
The kidneys are bean-shaped paired organs that are about 4-5 inches long and 2-3 inches wide. The right kidney is slightly lower than the left due to the presence of the liver on the right side of the body. The kidneys remove waste from the blood through tiny filtering units called nephrons and keep electrolyte and fluid balance while producing a hormone that aids blood cell formation. Common kidney diseases include nephritis, kidney stones, urinary tract infections, and hematuria. Preventive measures include drinking plenty of water, urinating frequently, eating healthy, and exercising regularly.
The document discusses different methods for separating mixtures, including distillation, fractional distillation, magnetic separation, evaporation, and filtration. Distillation separates two or more liquids based on their different boiling points. Fractional distillation separates a single liquid from a mixture of liquids with varying boiling points. Magnetic separation separates substances that are attracted to a magnetic field. Evaporation separates substances dissolved in water. Filtration separates solids from liquids.
The document summarizes the agenda for a Homeroom PTA meeting which includes accomplishments, school policies, grading system, and election of officers. It also lists the roles and responsibilities of the Homeroom PTA officers including the president, vice president, secretary, and treasurer. Finally, it identifies the classroom needs such as a wall clock, calendar, cleaning supplies, and trash bins.
Q1 week 4-SEPARATION OF MIXTURES THROUGH PICKING, WINNOWING, DECANTATIONMerlie Motilla
1. The document describes various activities to separate mixtures using different techniques like handpicking, winnowing, sieving, decantation, and separating immiscible liquids.
2. Winnowing and sieving are described as methods to separate mixtures where winnowing uses wind or blowing air to separate lighter and heavier components, while sieving uses screens or filters of different sizes to separate particles.
3. Decantation and separating immiscible liquids are also discussed as techniques. Decantation involves allowing insoluble solids or liquids in a mixture to settle, and then removing the supernatant layer. Immiscible liquids are separated based on their inability to mix and form distinct layers.
G6- Q4 SEASONS IN THE PHILIPPINES .pptxkylabuitizon
The Philippines has two main seasons characterized by rainfall - a dry season from November to April and a rainy season from May to October. However, in some areas there are three seasons: a rainy season from May to November, a cool dry season from December to February, and a hot dry season from March to May. The monsoon winds determine the seasons, with the southwest monsoon bringing rain and the northeast monsoon generally being dry. Farming activities and people's behaviors and clothing choices adapt to the different seasonal conditions.
This document contains the agenda for an upcoming school meeting. The agenda includes updates on classroom projects, discussion of school/classroom fees, and a reveal of the top 15 pupils. It also lists the dates for several upcoming school activities in December, February, October, and September. Finally, it provides the names of the top performing students who will be revealed at the meeting.
The document discusses different sources of water including seawater, freshwater, and groundwater. Seawater comes from oceans and seas, contains salt, and is considered hard water. Freshwater comes from rain and is also called surface water. Groundwater is found underground in aquifers and is considered the cleanest source of water as it contains minerals. The document also discusses the water cycle and the importance of water for habitats and as a resource for humans and other living things.
The document discusses several facts about the moon, including that it is about one-quarter the size of Earth, made of rock, and reflects sunlight giving it a bright appearance. It has no atmosphere or weather and the low gravity allows astronauts to jump higher but makes living there challenging without protective gear and life support. The surface contains mountains and craters formed by asteroid impacts.
The document discusses the factors that make Earth unique and habitable compared to other planets, such as the presence of life, oxygen, moderate temperatures, nutrients, and an atmosphere. It compares Earth to Venus and Mars, noting differences in composition, size, distance from the sun, and rotational speed. The document also explores what makes a planet habitable and includes activities about terraforming Mars and creating an imaginary planet.
2.materials found at home according to their uses.ppt2ndShirley Valera
This document is a lesson plan on materials found at home according to their uses for third grade students. It discusses key questions about how materials are used in daily life and why safety is important. It provides objectives to observe and describe household material properties, and communicate safe handling. Examples of household items like bleach, knives, and televisions are given along with their uses and safety information. Students are asked to classify materials according to their use and discuss proper storage and labeling of chemicals. Precautionary measures for handling substances and symbols indicating hazards are reviewed.
interactions among living things in estuary Gabriel Mavis
The document discusses the various living and non-living components of an estuary ecosystem, including organisms like plankton, oysters, mangroves and abiotic factors such as waves, salinity, temperature and soil types. It describes the interactions between these biotic and abiotic elements and how they form complex food webs and habitats within estuaries, which are dynamic coastal environments influenced by both land and sea processes.
Science is the main subject of the document. It discusses content for 6th grade science that will be taught by Teacher Yolly Bautista. The document provides an overview of the science curriculum but does not include specific details about the topics or lessons that will be covered.
Beneficial and Harmful Interactions in the Ecosystem Kyla Alameda
The prayer requests guidance from God for the teacher and students as they start their online class. It asks God to help the students absorb and understand their lessons, be attentive, and use what they learn in their lives. It also asks God to guide the teacher as they teach and for the students to be responsible with their lessons and activities. The prayer closes by thanking God for allowing the class to end successfully and share knowledge.
This document outlines a lesson plan for a Grade 3 science unit on matter. The lesson focuses on introducing students to solids and having them describe different objects based on characteristics like shape, color, texture, and size. Students will go on a field trip in the school garden to observe and list objects. They will then discuss how they identified the objects and what makes them similar or different. The lesson concludes with students describing objects in different areas and drawing labeled objects from their bedroom.
This document is a parental consent form for a child to attend and participate in a regional press conference in Filipino and English from November 28-29, 2015 at the Punta Villa Resort and Convention Center. The parent acknowledges that certain activities carry risks and the teacher in charge is not liable for anything that may happen to the child beyond their control. The parent signs to provide authorization for their child named to attend and participate in the event.
The document discusses the nervous system and its major parts. It identifies the brain, spinal cord, and neurons as the key components. The brain is made up of the cerebrum, cerebellum, and medulla oblongata. The cerebrum is the largest part and controls complex functions. The spinal cord connects the peripheral nervous system to the brain and transmits nerve impulses. Neurons are the basic unit of the nervous system and form a network to send and receive messages throughout the body.
This document discusses processes that shape Earth's surface, focusing on weathering and soil erosion. It notes that soil erosion can be increased by human activities like illegal logging, overgrazing, and quarrying. The effects of soil erosion include negative impacts on landforms, plants, animals, and humans. Landforms may be degraded and plants unable to grow without sufficient nutrients and water retention in topsoil. Animals and humans face issues like reduced food sources and supply of potable water, which can impact health.
Materials are considered useful when they serve a purpose and have properties like durability, resistance to water/heat/acids, flexibility, elasticity, and hardness. Useful materials include metals, ceramics, wood, textiles, plastics, and rubbers. Materials can be considered harmful if they are only meant for a specific purpose and can cause injury if not used or disposed of properly, with properties like being corrosive, flammable, explosive, poisonous, or reactive. Examples given are bleach and car batteries. The document asks the reader to identify which materials can be recycled, cause injury, are toxic, can be landfilled, easily pollute, take long to decompose, can be reused, or
The document discusses the skeletal and muscular systems of the human body. It describes the two main groups of bones - the axial skeleton (skull, vertebral column, ribs) and appendicular skeleton (shoulder, pelvis, arms, legs). It explains how bones are connected by joints, including movable joints like ball-and-socket and hinge joints. The document also outlines the functions of muscles in moving bones and protecting organs, describing voluntary, involuntary, and cardiac muscles. In under 3 sentences, the document provides an overview of the skeletal and muscular systems and their basic structures and functions.
The musculoskeletal system includes bones, muscles, and joints. It is composed of 206 bones that support the body, protect organs, and allow for movement through connection to muscles. There are over 600 muscles made of muscle cells that contract and relax, attaching to bones via tendons to enable body part movement. Joints include fixed, semi-movable, and movable types that connect bones and facilitate different ranges of motion.
The kidneys are bean-shaped paired organs that are about 4-5 inches long and 2-3 inches wide. The right kidney is slightly lower than the left due to the presence of the liver on the right side of the body. The kidneys remove waste from the blood through tiny filtering units called nephrons and keep electrolyte and fluid balance while producing a hormone that aids blood cell formation. Common kidney diseases include nephritis, kidney stones, urinary tract infections, and hematuria. Preventive measures include drinking plenty of water, urinating frequently, eating healthy, and exercising regularly.
The document discusses different methods for separating mixtures, including distillation, fractional distillation, magnetic separation, evaporation, and filtration. Distillation separates two or more liquids based on their different boiling points. Fractional distillation separates a single liquid from a mixture of liquids with varying boiling points. Magnetic separation separates substances that are attracted to a magnetic field. Evaporation separates substances dissolved in water. Filtration separates solids from liquids.
The document summarizes the agenda for a Homeroom PTA meeting which includes accomplishments, school policies, grading system, and election of officers. It also lists the roles and responsibilities of the Homeroom PTA officers including the president, vice president, secretary, and treasurer. Finally, it identifies the classroom needs such as a wall clock, calendar, cleaning supplies, and trash bins.
Q1 week 4-SEPARATION OF MIXTURES THROUGH PICKING, WINNOWING, DECANTATIONMerlie Motilla
1. The document describes various activities to separate mixtures using different techniques like handpicking, winnowing, sieving, decantation, and separating immiscible liquids.
2. Winnowing and sieving are described as methods to separate mixtures where winnowing uses wind or blowing air to separate lighter and heavier components, while sieving uses screens or filters of different sizes to separate particles.
3. Decantation and separating immiscible liquids are also discussed as techniques. Decantation involves allowing insoluble solids or liquids in a mixture to settle, and then removing the supernatant layer. Immiscible liquids are separated based on their inability to mix and form distinct layers.
G6- Q4 SEASONS IN THE PHILIPPINES .pptxkylabuitizon
The Philippines has two main seasons characterized by rainfall - a dry season from November to April and a rainy season from May to October. However, in some areas there are three seasons: a rainy season from May to November, a cool dry season from December to February, and a hot dry season from March to May. The monsoon winds determine the seasons, with the southwest monsoon bringing rain and the northeast monsoon generally being dry. Farming activities and people's behaviors and clothing choices adapt to the different seasonal conditions.
This document contains the agenda for an upcoming school meeting. The agenda includes updates on classroom projects, discussion of school/classroom fees, and a reveal of the top 15 pupils. It also lists the dates for several upcoming school activities in December, February, October, and September. Finally, it provides the names of the top performing students who will be revealed at the meeting.
The document discusses different sources of water including seawater, freshwater, and groundwater. Seawater comes from oceans and seas, contains salt, and is considered hard water. Freshwater comes from rain and is also called surface water. Groundwater is found underground in aquifers and is considered the cleanest source of water as it contains minerals. The document also discusses the water cycle and the importance of water for habitats and as a resource for humans and other living things.
The document discusses several facts about the moon, including that it is about one-quarter the size of Earth, made of rock, and reflects sunlight giving it a bright appearance. It has no atmosphere or weather and the low gravity allows astronauts to jump higher but makes living there challenging without protective gear and life support. The surface contains mountains and craters formed by asteroid impacts.
The document discusses the factors that make Earth unique and habitable compared to other planets, such as the presence of life, oxygen, moderate temperatures, nutrients, and an atmosphere. It compares Earth to Venus and Mars, noting differences in composition, size, distance from the sun, and rotational speed. The document also explores what makes a planet habitable and includes activities about terraforming Mars and creating an imaginary planet.
The document is a worksheet about the solar system and includes questions and activities for students. It provides information about the planets, asteroids, and other objects in our solar system. Some key points covered include:
- The Earth and other planets orbit the sun, while the Moon orbits the Earth.
- Planets move through space while stars remain stationary.
- Asteroids are smaller rocky objects that orbit the sun and are located mainly between Mars and Jupiter.
- There are 8 official planets that orbit the sun, plus Pluto which is now considered a dwarf planet.
- The planets spin on their axes and orbit the sun at different speeds, with Earth taking 365 days to complete one revolution.
The document provides information about the solar system. It begins by stating the objectives are to infer that the sun is the center of the solar system, name the planets and other heavenly bodies, describe the sun, and thank God for the sun. It then provides information about the formation of the sun and solar system from a giant cloud of gas and dust approximately 4.6 billion years ago. Key details are provided about the sun being at the center and a giant ball of hot glowing gas that gives off light and heat. The major planets and other objects in the solar system like asteroids, meteoroids, and comets are also named.
Presentation; The Earth in the universerafakarmona
The document discusses the Big Bang theory of the creation of the universe. It begins by stating that according to the Big Bang theory, all matter in the universe was originally concentrated in a single place, which then exploded and caused billions of particles to travel outward in all directions, later forming celestial bodies. It then poses some questions about the Big Bang and what existed before and after it.
This document outlines an astronomy unit of study for 4th grade. It includes lessons on the solar system, properties of planets, remembering planet order, differences between rocky and gas planets, what makes Earth unique, and causes of day/night, seasons and moon phases. Students learn about the sun, Earth and moon's movement and positions. They observe shadows and the moon's changing appearance over a cycle.
Science: Earth and Space G9 Q3 Constellation.pptxNaztia1
The document provides classroom instructions for grade 9 students. It discusses rules about avoiding gadgets and talking in class. It then reviews a song about stars and provides multiple choice questions to assess comprehension. Next, it discusses the key characteristics of stars such as brightness, color, temperature, size and mass. It explains how these characteristics are defined and measured. It emphasizes that stars played an important role for early human navigation and are essential for life on Earth. The document ends with a quiz to test understanding of the material.
Introduction to SOLAR SYSTEM_Grade 6 Lesson.pptxJeniferPecson1
This document provides information about activities to teach students about the solar system. It includes 4 group activities: 1) watching an instructional video on the solar system, 2) arranging planetary bodies in order of their distance from the sun, 3) filling in a table with characteristics of the planets, and 4) checking for misconceptions about the solar system. The activities aim to teach students about the components of the solar system and their properties.
This lesson plan aims to teach primary school students about the phases of the Moon and its effect on tides. Key points include:
- The Moon orbits Earth approximately every 28 days, appearing in different phases as it circles the planet.
- The changing shapes of the Moon are caused by the varying angles between the Moon, Earth, and Sun as the Moon revolves.
- Gravity from the Moon and Sun causes ocean tides on Earth to regularly rise and fall, with stronger tides occurring during full and new Moons.
This document provides information about the planets in our solar system through text and tables. It begins with an introduction to the inner planets Mercury, Venus, Earth, and Mars. It then discusses the outer planets Jupiter, Saturn, Uranus, and Neptune. The text defines the inner and outer planets and provides details about each planet's characteristics, including their distances from the sun, rotations, revolutions, and moons. Comprehension questions at the end assess understanding of the material.
This document provides information about the planets in our solar system through text and tables. It begins with an introduction to the inner planets Mercury, Venus, Earth, and Mars. It then discusses the outer planets Jupiter, Saturn, Uranus, and Neptune. The text defines the inner and outer planets and provides details about each planet's characteristics, including their distances from the sun, rotations, revolutions, and moons. Comprehension questions at the end assess understanding of the material.
The document contains a series of multiple choice questions about basic concepts in astronomy and planetary science. It covers topics like the order of planets from the sun, properties of the sun and moon, seasons, and other fundamental facts about the solar system and celestial objects. Each question is followed by potential answers to choose from and then feedback on whether the answer was correct or not.
The document is about the solar system and beyond. It discusses topics like the seasons on Earth, phases of the moon, eclipses, the order of planets in the solar system, and galaxies. It contains information about how we see objects in space, the difference between luminous and non-luminous objects, and provides a quiz about the solar system.
This is a presentation with a description of the solar system containing some activities which reinforces the topic of the present simple and a practice of listening, reading and writing.
This is a presentation that is about the solar system and reinforces the topic of the present simple helping develop listening, reading, writing and speaking.
This document provides guidance for a homeroom class module on self-discovery. It includes activities and discussion questions to help students explore their strengths, weaknesses, skills, interests, talents, abilities, values, and how the pandemic has affected their thoughts and feelings about themselves. The first activity has students write these things about themselves in different boxes. The second activity asks students to explain how their thoughts, feelings and beliefs can help determine appropriate behavior. It also includes discussion questions about the activities.
Lanvin Philippe Morco hosted a class of 7th graders to learn about the Sun from it directly. The Sun discussed its composition of hydrogen and helium, how it rotates differently at its equator than its poles, and how it will evolve into a red giant star as it ages over billions of years. The students thanked the Sun for taking the time to educate them about its properties and role in powering life on Earth.
September 19, 2015 - Class compilation of group works about the Solar System " Sun and the Planets ". for Science Class 7F of Chiang Kai Shek College under Mrs. Villiaron
The document is a transcript of a science class presentation about the Sun. It includes an introduction by the student host, Lanvin Philippe Morco, followed by a discussion between the host and the Sun. The Sun provides detailed responses to questions about its composition, rotation, relationship to life on Earth, and other properties. It notes that it is a typical star and will continue to support life on Earth for billions of more years. The class thanks the Sun for its informative discussion.
The document discusses facts about the Earth and Moon. It begins by providing basic information about the spherical shape and orbital motion of the Earth, and its rotation on its axis that causes the day-night cycle. It then discusses details about the Moon, including that it is Earth's only natural satellite, its composition of rock and craters, and how its phases are caused by the varying angles of illumination by the Sun as the Moon orbits Earth. The document uses various links and videos to illustrate and explain these concepts to students.
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5. Rules to follow:
1. Seat properly and avoid standing.
2. Set the proper volume for your gadget.
3. Be sure that you have prepared the things
needed for our lesson.
6. 4. Be active in our class.
5. Listen to the directions.
6. Always wear your smile.
15. In the previous lesson, you
learned that there are eight
planets in our solar system
that revolve around the sun.
Now, let us try to do a simple
activity to help freshen up
your mind. Ready?
20. VERY
GOOD! The
answer is….
What is
the
answer?
4. I have many rings. I sit between Jupiter and
Neptune, but I am not Uranus. I am
SATURN.
DEAL or NO DEAL?
21. VERY
GOOD! The
answer is….
What is
the
answer?
5. I am between Venus and Jupiter and I was
named after the Roman god of war. I am
MERCURY.
DEAL or NO DEAL?
22. Are you ready
for our next
mission?
Let’s go!
Very Good!
YES, WE
ARE!
23. Let us check
what is written in
Dora’s map. Let us play
“Find the
Hidden
Picture!”
24. SABIHIN
Let us find the hidden
picture. But you have to
answer the questions to
open the boxes that covers
the picture. Give the
missing letters to identify
the word that will complete
the sentence..
30. SABIHIN
3. A __ I __
- is an imaginary line that runs through the
earth from the North Pole to the South Pole
where the Earth spins in a counterclockwise
direction.
AXIS
What is the
correct answer?
37. Are you ready
for our next
mission?
Let’s go!
Very Good!
YES, WE
ARE!
38. Let us check
what is written in
Dora’s map. Do you want to
sing a song?
Come and join
us!
39. Come and join us as we
sing the song.
Remember to watch the
video carefully. I will ask
questions after the song.
40.
41. Are you ready
for our next
mission?
Let’s go!
Very Good!
YES, WE
ARE!
42. Let us check
what is written in
Dora’s map.
Let us talk
about
EARTH!
43. Earth is the only
planet in our Solar
System that can sustain
life. Earth is known as
the “blue planet.” Do
you know why? It is
because this planet
looks blue as seen from
the outer space.
44. Earth, our home, is the third planet from
the sun. It is the only planet known to have
an atmosphere containing free oxygen,
oceans of water on its surface, and, of
course, life. Earth is the fifth largest of the
planets in the Solar System. It is smaller than
the four gas giants — Jupiter, Saturn, Uranus,
and Neptune — but larger than the three
other rocky planets, Mercury, Mars, and
Venus.
45. Are you ready
for our next
mission?
Let’s go!
Very Good!
YES, WE
ARE!
46. Let us check
what is written in
Dora’s map.
Let’s answer
the
questions!
47. 1. Why is earth called the
“Blue Planet”?
2. How will you describe
the Earth?
3. What have humans
done to the earth? How
do they destroy the
nature?
48. 4. In this time of
pandemic, there are so
many problems that
the people are facing,
but can you do
something to save
Mother Earth?
49. Are you ready
for our next
mission?
Let’s go!
Very Good!
YES, WE
ARE!
51. SABIHIN
All the words listed
below revolve around the
sun. Find the words in
the word search grid. The
direction of the words
can be up, down, to the
left, to the right or
diagonal.
52.
53. Let us check
what is written
in Dora’s map. Let’s play
“WHAT’S THE
MISSING
LETTERS?”
54. Our very own planet is one
of the members of the solar
system. We must understand
our neighboring planets in
the solar system.
55. The s__lar syst__m is composed of the
Sun and the eight planets, such as
Mercury, Venus, Earth, Mars, Jupiter,
Saturn, Uranus, and Neptune. These
planets are classified as inner planets
and outer planets.
o e
56. Each of the planets has different
characteristics. They differ in their
distance from the Sun, size, temperature,
and composition. Some planets are
rocky and small and do not have rings.
Other planets are gaseous and have
rings. They even differ in color, as seen
on Earth.
57. What are the components of the solar
system?
The solar system is composed of the
S__n and all the objects that travel
around it. The Sun is orbited by
planets and their moons, asteroids,
comets and other heavenly bodies.
u
58. What are the eight planets in
the solar system?
The eight planets in the solar
system are M__rcury, V__nus,
__arth, M__rs, Jupit__r, S__turn,
Ur__nus and Neptun__.
e
a
a
e
a
E
e
e
59. What are the inner planets?
The first four planets, Mercury, Venus, Earth and
Mars are called t__rrestrial or inner planets. They
are solid and are mostly made up of rocks and
metal; they do not have rings. These are the
planets closer to the Sun. Among the four
terrestrial planets Earth has one moon, Mars has
two moons, Mercury and Venus has none. The
terrestrial planets have common features such as
mountains and volcanoes.
e
60. What are the outer planets?
The last four planets Jupiter, Saturn, Uranus, and
Neptune are outer or Jovi__n planets. They are
called gas giants. These gas giants are so-called
because they are much larger than other planets
and are mostly made up of gas. They are set-apart
from the terrestrial planets by the asteroid belt.
All of these gas giants have rings and moons. Of
the four gas giants Saturn has the most prominent
ring.
a
61. What are the compositions of the
planets?
The terrestrial or inner planets have solid
surfaces. These planets are small and
mostly made up of r_ck and m__tal. They
have silicate mantle surrounding a
metallic core composed mostly of iron.
o e
62. The Jovian or outer planets are made up
of hydrogen and helium and they have
small rocky core. Aside from being
called gas giants, Uranus and Neptune
are also called ice giants. The ice giants
have interior composition of
compounds like water, methane and
ammonia.
63.
64. Let us check
what is written in
Dora’s map.
Let’s play
“LET’S
IDENTIFY”
66. Let us check
what is written
in Dora’s map.
Let’s play
“LET’S
ANSWER”
67. Directions: Answer the following questions.
1. Which are the inner planets?
2. Which are the outer planets?
3. Which planet is closest to the Sun?
4. Which two planets are almost of the same
size?
5. Compare the temperature of Saturn and
Uranus. Which of the two is colder?
68. Are you ready
for our next
mission?
Let’s go!
Very Good!
YES, WE
ARE!
69. Let us check
what is written in
Dora’s map. Let us have
“GROUP
ACTIVITY”!
70. 2. Karamihan sa mga kabataan ay nahuhumaling sa paglalaro
gamit ang cellphone.
A. Sila ay walang magawa sa bahay
B. Walang kontrol sa paggamit ng cellphone
C. Maraming pambili ng load
D. Gusto lang gamitin ang cellphone
Ano ang
iyong
sagot?
Mahusay!
Titik B
I will divide you into three groups. Here is
the name of each group.
Group 1
Team Swiper
Group 2
Team Boots
Group 3
Team Tico
71.
72. 2. Karamihan sa mga kabataan ay nahuhumaling sa paglalaro
gamit ang cellphone.
A. Sila ay walang magawa sa bahay
B. Walang kontrol sa paggamit ng cellphone
C. Maraming pambili ng load
D. Gusto lang gamitin ang cellphone
Ano ang
iyong
sagot?
Mahusay!
Titik B
Team
SWIPER
Direction: Draw
and compare
the planets of
the solar
system.
73. 2. Karamihan sa mga kabataan ay nahuhumaling sa paglalaro
gamit ang cellphone.
A. Sila ay walang magawa sa bahay
B. Walang kontrol sa paggamit ng cellphone
C. Maraming pambili ng load
D. Gusto lang gamitin ang cellphone
Ano ang
iyong
sagot?
Mahusay!
Titik B
Team BOOTS
Directions:
Compose a song
about comparing
the planets of the
solar system.
74. 2. Karamihan sa mga kabataan ay nahuhumaling sa paglalaro
gamit ang cellphone.
A. Sila ay walang magawa sa bahay
B. Walang kontrol sa paggamit ng cellphone
C. Maraming pambili ng load
D. Gusto lang gamitin ang cellphone
Ano ang
iyong
sagot?
Mahusay!
Titik B
Team TICO
Directions: Make
a role playing
about
comparing the
planets of the
solar system.
75. You have two (2)minutes to
answer the activity..
98. SABIHIN
1. Which planet in the solar system has the
characteristics that can support life?
A. Earth B. Jupiter C. Mercury D. Neptune
2. Which of the following statements describes the
inner planets?
A. They are small and made of ice and gas.
B. They are large and made up mostly of gas.
C. They are large and made of gases and metal.
D. They are solid and made up of rocks and metals.
99. SABIHIN
3. Which planet is farthest from the Sun?
A. Venus B. Uranus C. Mercury D. Neptune
4. Which among the planets has extensive and complex
ring system?
A. Saturn B. Jupiter C. Uranus D. Neptune
5. Which planet is the brightest object in the sky?
A. Venus B. Uranus C. Mercury D. Neptune
100. Are you ready
for our last
mission?
Let’s go!
Very Good!
YES, WE
ARE!
101. Let us check
what is written in
Dora’s map.
Let ’s copy
our
Homework!
102. Directions: Use the Venn diagram to
compare the inner and outer planets. The
middle section represents the
characteristics of the inner and the outer
planets have in common. A represents the
characteristics of the inner planets that
are different from the outer planets. B
represents the characteristics of the outer
planets that are different from the inner
planets. Choose your answer from the
box.