This micro-lesson plan is for a 9th grade physics class on the topic of gravitation. The objectives are for students to be introduced to gravitation, understand how gravity works, and explain its characteristics. Teaching methods will include lecture, demonstration, inductive-deductive reasoning, and question-answer. Students are expected to know that gravitation was discovered by Newton, is a force, and that without it we could not walk on Earth's surface. The lesson will introduce gravitation and its discoverer Newton, establish that Earth and other planets are the source of gravitation, and explain how they attract each other with it.
The Nuffield science teaching projects were initiated in the UK in 1962 to develop new teaching materials for biology, chemistry, and physics for students aged 11-16. The projects aimed to make science more accessible and applicable, encourage curiosity, and emphasize experimentation over memorization. The materials developed included textbooks, teachers' guides, films, and objective-based tests. Courses were organized around four themes and examined students using various question types beyond simple factual recall. Projects were also created for Nuffield physics, chemistry, and biology at different education levels. The goals were to present science as a logical whole and build courses around fundamental concepts.
This document discusses the characteristics and importance of improvised apparatus made from low-cost and locally available materials for educational purposes. It notes that improvised apparatus should be prepared from free or inexpensive local materials, require no special skills to make, be easily available, and not time consuming to construct based on the age of the students. The document outlines the economic, educational, psychological, recreational, scientific, and social values of using improvised apparatus, including their low cost, teaching scientific principles and concepts, developing scientific attitude, purposeful use of leisure time, learning through hands-on work, and working as a team.
ICT Lesson Plan on Newton's Third law of MotionRenjini Mohan
This document outlines a 45 minute physics lesson plan for 9th standard students on Newton's third law of motion and conservation of momentum. The lesson uses presentations, activities, and sample problems to help students understand key concepts. Students view presentations on examples of Newton's third law like a tea bag rocket. They analyze experiments showing conservation of momentum with moving balls. They also solve a sample problem calculating momentum before and after a gun is fired. The goal is for students to grasp that for every action there is an equal and opposite reaction, and that the total momentum of a system remains constant.
Educating learners with special needs is often the most challenging task of a teacher yet also the most neglected by policy makers and politicians. In most developing countries there is little relevant data to identify the number of disabled children, making it impossible to carry out appropriate interventions
Aims and Objectives of Teaching Science.pdfCarloManguil2
The document discusses the aims and objectives of teaching science at various levels of education. It begins by defining the difference between aims, which are long-term goals, and objectives, which are more specific and immediate goals. It then covers Bloom's Taxonomy, which categorizes objectives into cognitive, affective, and psychomotor domains. The document provides detailed descriptions and examples of objectives for each category. Finally, it outlines the specific objectives of teaching science at the primary, secondary, and higher secondary levels of education. The objectives focus on developing skills, knowledge, reasoning abilities, and preparing students for further education or work.
Activity based learning involves using activities as the base for the educational process to actively engage students in learning. Some key points:
- It began gaining popularity during World War 2 with pioneers like David Horsburgh incorporating activities like music, carpentry and gardening into the curriculum.
- There are different types of activities used in ABL like role playing, debates, experiments, field trips and discovery learning to explore concepts hands-on.
- ABL is beneficial for students as it allows them to learn better through direct experience in their environment and when they participate and learn on their own.
The document discusses a lesson plan about potential and kinetic energy for a 9th grade physics class. It includes objectives to understand the difference between potential and kinetic energy and apply it to real-world situations. Example situations are categorized as demonstrating potential or kinetic energy. Formulas for calculating kinetic energy using mass and velocity and potential energy using mass, gravity, and height are provided. Activities include categorizing examples, completing a story about a race between a hare and tortoise, and justifying which has more potential energy at different heights on a hill.
This micro-lesson plan is for a 9th grade physics class on the topic of gravitation. The objectives are for students to be introduced to gravitation, understand how gravity works, and explain its characteristics. Teaching methods will include lecture, demonstration, inductive-deductive reasoning, and question-answer. Students are expected to know that gravitation was discovered by Newton, is a force, and that without it we could not walk on Earth's surface. The lesson will introduce gravitation and its discoverer Newton, establish that Earth and other planets are the source of gravitation, and explain how they attract each other with it.
The Nuffield science teaching projects were initiated in the UK in 1962 to develop new teaching materials for biology, chemistry, and physics for students aged 11-16. The projects aimed to make science more accessible and applicable, encourage curiosity, and emphasize experimentation over memorization. The materials developed included textbooks, teachers' guides, films, and objective-based tests. Courses were organized around four themes and examined students using various question types beyond simple factual recall. Projects were also created for Nuffield physics, chemistry, and biology at different education levels. The goals were to present science as a logical whole and build courses around fundamental concepts.
This document discusses the characteristics and importance of improvised apparatus made from low-cost and locally available materials for educational purposes. It notes that improvised apparatus should be prepared from free or inexpensive local materials, require no special skills to make, be easily available, and not time consuming to construct based on the age of the students. The document outlines the economic, educational, psychological, recreational, scientific, and social values of using improvised apparatus, including their low cost, teaching scientific principles and concepts, developing scientific attitude, purposeful use of leisure time, learning through hands-on work, and working as a team.
ICT Lesson Plan on Newton's Third law of MotionRenjini Mohan
This document outlines a 45 minute physics lesson plan for 9th standard students on Newton's third law of motion and conservation of momentum. The lesson uses presentations, activities, and sample problems to help students understand key concepts. Students view presentations on examples of Newton's third law like a tea bag rocket. They analyze experiments showing conservation of momentum with moving balls. They also solve a sample problem calculating momentum before and after a gun is fired. The goal is for students to grasp that for every action there is an equal and opposite reaction, and that the total momentum of a system remains constant.
Educating learners with special needs is often the most challenging task of a teacher yet also the most neglected by policy makers and politicians. In most developing countries there is little relevant data to identify the number of disabled children, making it impossible to carry out appropriate interventions
Aims and Objectives of Teaching Science.pdfCarloManguil2
The document discusses the aims and objectives of teaching science at various levels of education. It begins by defining the difference between aims, which are long-term goals, and objectives, which are more specific and immediate goals. It then covers Bloom's Taxonomy, which categorizes objectives into cognitive, affective, and psychomotor domains. The document provides detailed descriptions and examples of objectives for each category. Finally, it outlines the specific objectives of teaching science at the primary, secondary, and higher secondary levels of education. The objectives focus on developing skills, knowledge, reasoning abilities, and preparing students for further education or work.
Activity based learning involves using activities as the base for the educational process to actively engage students in learning. Some key points:
- It began gaining popularity during World War 2 with pioneers like David Horsburgh incorporating activities like music, carpentry and gardening into the curriculum.
- There are different types of activities used in ABL like role playing, debates, experiments, field trips and discovery learning to explore concepts hands-on.
- ABL is beneficial for students as it allows them to learn better through direct experience in their environment and when they participate and learn on their own.
The document discusses a lesson plan about potential and kinetic energy for a 9th grade physics class. It includes objectives to understand the difference between potential and kinetic energy and apply it to real-world situations. Example situations are categorized as demonstrating potential or kinetic energy. Formulas for calculating kinetic energy using mass and velocity and potential energy using mass, gravity, and height are provided. Activities include categorizing examples, completing a story about a race between a hare and tortoise, and justifying which has more potential energy at different heights on a hill.
Aims and objectives of teaching in physical scienceJIPSA MOHAN
The document discusses the aims and objectives of teaching physical science in secondary school. It states that the main purpose is to provide students with basic knowledge of physical science needed for further study in modern science and technology. It also aims to develop students' experimental skills, ability to think, and use of mathematics to solve problems. The study of physical science can benefit fields like industry, defense, and agriculture. Objectives should control classroom instruction and be written in measurable terms for each instructional unit in order to effectively teach students physical science concepts and theories.
Magnets attract metallic objects like iron nails, metal clips, coins, and scrap metal due to the strong attractive force between the magnet and these ferromagnetic materials. Magnets do not attract non-metallic objects like leaves on trees, paper boats, pencils, wood, or handshakes that are not affected by magnetic fields. The document provides examples of positive and negative interactions with magnets to define magnetism and distinguish between materials magnets can attract versus those they have no effect on.
- Electric current is the flow of electric charge. It is studied in current electricity and owes its origin to Alessandro Volta's invention of the battery, which produced a steady flow of electric current.
- In conductors like metals, loosely bound electrons can move freely and produce electric current when a potential difference is applied across the conductor by a battery. These free electrons drift in the direction of the electric field.
- Current is defined as the rate of flow of electric charge. It is measured in amperes, which is the amount of charge (in coulombs) passing through an area in one second. Current is a scalar quantity while current density is a vector quantity.
Social constructivism is a theory of learning proposed by Lev Vygotsky that views learning as a social process where children construct knowledge through interaction with others in shared experiences and language. According to Vygotsky, learning occurs in the Zone of Proximal Development with assistance from teachers or more capable peers. Within the ZPD, scaffolding aids can help students solve problems they cannot yet solve independently. Language plays a central role in learning as it allows children to internalize knowledge from their social and cultural environment.
The lesson plan outlines an activity-based physics lesson on liquid pressure. The teacher will lead students through three activities involving bottles filled with water to demonstrate that liquid pressure increases with depth. Through observing the activities and group discussion, students will construct the concept that a liquid exerts pressure on its container and that pressure increases with liquid depth. The teacher will then review the key concepts and definitions of liquid pressure through student questioning.
This document discusses activity-based learning (ABL). It begins by defining activities and activity-based learning as using activities as the basis for learning. The history of ABL is then outlined, tracing it back to its origins in the 1940s in British schools. Examples of different types of activities used in ABL are provided, such as role plays, games, debates, and experiments. The needs and benefits of ABL are described as helping students learn and retain information through active participation. Steps for organizing ABL and its uses, such as reinforcing concepts and providing feedback, are also summarized.
This document discusses the various values of science. It begins by defining science as the systematic study of nature through observation and experimentation. It then outlines several values of science in general and physics specifically, including utilitarian values in improving standards of living, cultural values in influencing thinking and technology, disciplinary values in developing logical reasoning, aesthetic values in appreciating nature's beauty, moral values in cultivating truthfulness, psychological values in fostering open-mindedness, and vocational values in preparing for various professions. The conclusion states that given its close ties to daily life and usefulness to individuals and communities, science cannot be neglected from school curriculums.
A resource unit is a type of material that teachers use in pre-planning that provides a reservoir of teaching content, objectives, and learning experiences. It is important as it promotes teacher growth, acts as a form of pre-planning, helps evolve several learning units, handles individual differences, and suggests teaching and learning materials. The key steps in constructing a resource unit are to determine the title, introduction, general objectives, content analysis, activities, teaching materials and sources, evaluation procedures, and editing.
Child psychology is the study of psychological processes in children and how they differ from adults. It examines how children develop cognitively, socially, emotionally, and physically from birth through adolescence. Some key theories in child development include attachment theory, constructivism, psychosexual development, and psychosocial development proposed by theorists like Piaget, Freud, Erikson, and Vygotsky. Researchers study development through various methods like observation, interviews, and longitudinal studies to better understand childhood.
The document outlines various teaching skills including writing instructional objectives, introducing lessons, asking probing questions, providing reinforcement, explaining concepts, illustrating with examples, stimulus variation, classroom management, and using the blackboard. Each skill is broken down into its key components to effectively teach students at different levels of learning. The overall purpose is to integrate these teaching skills to improve instruction.
Math presentation on Piaget's theory of cognitive developmentChristina Sookdeo
The document outlines Jean Piaget's theory of cognitive development, which proposes 4 stages of intellectual development from birth to adulthood. It describes the stages and key concepts such as schemas, assimilation, and accommodation. Finally, it discusses implications for teaching, including assessing students' development stages and providing learning opportunities that encourage discovery and advancement to the next stage.
The document discusses stimulus variation, which refers to changing teaching methods and stimuli to engage students and reduce boredom. It outlines several components of stimulus variation, including focusing students' attention verbally or through gestures, using voice modulation and pausing, switching between oral, visual, and combined sensory channels, and changing interaction styles between teacher and students or among students. The objectives are to enhance student thinking, involvement, understanding, and attention while minimizing fatigue. Examples provided are using gestures, varying speech patterns, demonstrating concepts visually, and facilitating student discussions.
Magnetism is caused by the alignment of electron spins in atoms. Natural magnets were first discovered in Magnesia, and the Chinese were the first to observe that magnetism could be induced in iron rods near these natural magnets. Michael Faraday established that changing magnetic fields induce electric currents based on electromagnetic induction. This principle led to technologies like generators and transformers that are crucial to modern electricity generation and distribution.
The document discusses the phases and stages of teaching according to Dr. Jackson. It divides the teaching process into 3 phases:
1. Pre-active phase (planning stage) which involves tasks like lesson planning, preparing materials, and assessing students.
2. Interactive phase (implementation stage) which is the actual classroom teaching and involves strategies and spontaneous responses.
3. Post-active phase (evaluation stage) which provides feedback to improve teacher and student performance through assessment of learning objectives and instructional methods.
This document contains a detailed lesson plan for a Grade 10 Science class on magnetic reversals and seafloor spreading. The plan outlines the objectives, topics, materials, procedures, and evaluation for a 60 minute lesson. Students will analyze a magnetic polarity map, calculate seafloor spreading rates, and present their findings. They will learn that magnetic reversals are caused by changes in Earth's core and prove seafloor spreading by magnetic patterns in ocean floor rocks. The lesson aims to help students understand how new seafloor is created at mid-ocean ridges and how this relates to plate tectonics.
This document provides a lesson plan for teaching students about our solar system and gravity. The objectives are for students to understand the role of gravity in the solar system, the relationship between mass and gravity, and patterns of movement. The lesson involves using magnets to model gravitational attraction, playing educational games about the solar system, completing a worksheet, and assessing student understanding.
Aims and objectives of teaching in physical scienceJIPSA MOHAN
The document discusses the aims and objectives of teaching physical science in secondary school. It states that the main purpose is to provide students with basic knowledge of physical science needed for further study in modern science and technology. It also aims to develop students' experimental skills, ability to think, and use of mathematics to solve problems. The study of physical science can benefit fields like industry, defense, and agriculture. Objectives should control classroom instruction and be written in measurable terms for each instructional unit in order to effectively teach students physical science concepts and theories.
Magnets attract metallic objects like iron nails, metal clips, coins, and scrap metal due to the strong attractive force between the magnet and these ferromagnetic materials. Magnets do not attract non-metallic objects like leaves on trees, paper boats, pencils, wood, or handshakes that are not affected by magnetic fields. The document provides examples of positive and negative interactions with magnets to define magnetism and distinguish between materials magnets can attract versus those they have no effect on.
- Electric current is the flow of electric charge. It is studied in current electricity and owes its origin to Alessandro Volta's invention of the battery, which produced a steady flow of electric current.
- In conductors like metals, loosely bound electrons can move freely and produce electric current when a potential difference is applied across the conductor by a battery. These free electrons drift in the direction of the electric field.
- Current is defined as the rate of flow of electric charge. It is measured in amperes, which is the amount of charge (in coulombs) passing through an area in one second. Current is a scalar quantity while current density is a vector quantity.
Social constructivism is a theory of learning proposed by Lev Vygotsky that views learning as a social process where children construct knowledge through interaction with others in shared experiences and language. According to Vygotsky, learning occurs in the Zone of Proximal Development with assistance from teachers or more capable peers. Within the ZPD, scaffolding aids can help students solve problems they cannot yet solve independently. Language plays a central role in learning as it allows children to internalize knowledge from their social and cultural environment.
The lesson plan outlines an activity-based physics lesson on liquid pressure. The teacher will lead students through three activities involving bottles filled with water to demonstrate that liquid pressure increases with depth. Through observing the activities and group discussion, students will construct the concept that a liquid exerts pressure on its container and that pressure increases with liquid depth. The teacher will then review the key concepts and definitions of liquid pressure through student questioning.
This document discusses activity-based learning (ABL). It begins by defining activities and activity-based learning as using activities as the basis for learning. The history of ABL is then outlined, tracing it back to its origins in the 1940s in British schools. Examples of different types of activities used in ABL are provided, such as role plays, games, debates, and experiments. The needs and benefits of ABL are described as helping students learn and retain information through active participation. Steps for organizing ABL and its uses, such as reinforcing concepts and providing feedback, are also summarized.
This document discusses the various values of science. It begins by defining science as the systematic study of nature through observation and experimentation. It then outlines several values of science in general and physics specifically, including utilitarian values in improving standards of living, cultural values in influencing thinking and technology, disciplinary values in developing logical reasoning, aesthetic values in appreciating nature's beauty, moral values in cultivating truthfulness, psychological values in fostering open-mindedness, and vocational values in preparing for various professions. The conclusion states that given its close ties to daily life and usefulness to individuals and communities, science cannot be neglected from school curriculums.
A resource unit is a type of material that teachers use in pre-planning that provides a reservoir of teaching content, objectives, and learning experiences. It is important as it promotes teacher growth, acts as a form of pre-planning, helps evolve several learning units, handles individual differences, and suggests teaching and learning materials. The key steps in constructing a resource unit are to determine the title, introduction, general objectives, content analysis, activities, teaching materials and sources, evaluation procedures, and editing.
Child psychology is the study of psychological processes in children and how they differ from adults. It examines how children develop cognitively, socially, emotionally, and physically from birth through adolescence. Some key theories in child development include attachment theory, constructivism, psychosexual development, and psychosocial development proposed by theorists like Piaget, Freud, Erikson, and Vygotsky. Researchers study development through various methods like observation, interviews, and longitudinal studies to better understand childhood.
The document outlines various teaching skills including writing instructional objectives, introducing lessons, asking probing questions, providing reinforcement, explaining concepts, illustrating with examples, stimulus variation, classroom management, and using the blackboard. Each skill is broken down into its key components to effectively teach students at different levels of learning. The overall purpose is to integrate these teaching skills to improve instruction.
Math presentation on Piaget's theory of cognitive developmentChristina Sookdeo
The document outlines Jean Piaget's theory of cognitive development, which proposes 4 stages of intellectual development from birth to adulthood. It describes the stages and key concepts such as schemas, assimilation, and accommodation. Finally, it discusses implications for teaching, including assessing students' development stages and providing learning opportunities that encourage discovery and advancement to the next stage.
The document discusses stimulus variation, which refers to changing teaching methods and stimuli to engage students and reduce boredom. It outlines several components of stimulus variation, including focusing students' attention verbally or through gestures, using voice modulation and pausing, switching between oral, visual, and combined sensory channels, and changing interaction styles between teacher and students or among students. The objectives are to enhance student thinking, involvement, understanding, and attention while minimizing fatigue. Examples provided are using gestures, varying speech patterns, demonstrating concepts visually, and facilitating student discussions.
Magnetism is caused by the alignment of electron spins in atoms. Natural magnets were first discovered in Magnesia, and the Chinese were the first to observe that magnetism could be induced in iron rods near these natural magnets. Michael Faraday established that changing magnetic fields induce electric currents based on electromagnetic induction. This principle led to technologies like generators and transformers that are crucial to modern electricity generation and distribution.
The document discusses the phases and stages of teaching according to Dr. Jackson. It divides the teaching process into 3 phases:
1. Pre-active phase (planning stage) which involves tasks like lesson planning, preparing materials, and assessing students.
2. Interactive phase (implementation stage) which is the actual classroom teaching and involves strategies and spontaneous responses.
3. Post-active phase (evaluation stage) which provides feedback to improve teacher and student performance through assessment of learning objectives and instructional methods.
This document contains a detailed lesson plan for a Grade 10 Science class on magnetic reversals and seafloor spreading. The plan outlines the objectives, topics, materials, procedures, and evaluation for a 60 minute lesson. Students will analyze a magnetic polarity map, calculate seafloor spreading rates, and present their findings. They will learn that magnetic reversals are caused by changes in Earth's core and prove seafloor spreading by magnetic patterns in ocean floor rocks. The lesson aims to help students understand how new seafloor is created at mid-ocean ridges and how this relates to plate tectonics.
This document provides a lesson plan for teaching students about our solar system and gravity. The objectives are for students to understand the role of gravity in the solar system, the relationship between mass and gravity, and patterns of movement. The lesson involves using magnets to model gravitational attraction, playing educational games about the solar system, completing a worksheet, and assessing student understanding.
This document provides instructions for a series of experiments on magnetism for an 8th grade science class. It outlines introductory activities to engage students, four core experiments on making magnets and observing magnetic fields and properties, and concluding discussion questions. The experiments include using bar magnets to magnetize needles, constructing electromagnets using batteries and copper wire, and observing magnetic fields by sprinkling iron filings on paper with magnets placed below. The goal is for students to learn about the directional properties of magnets and how magnetic fields interact.
Rancangan Pengajaran Harian Sains ( 2 )MissLeefang
The document summarizes a 5th grade science lesson plan on energy. The lesson had 48 students and aimed to help students understand different forms of energy through activities and group work. Students would identify 4 types of energy from a worksheet and give examples of each. They then learned about kinetic, potential, light, heat, chemical, sound, and electrical energy through discussion, videos, and demonstrations. Students applied their understanding through individual and group activities involving stretching a rubber band and making a kinetic energy wind chime.
This detailed lesson plan outlines a science lesson on magnetism for 4th quarter students. The objectives are for students to define concepts of magnetism, understand its history, and apply properties of magnets. The lesson includes reviewing a previous topic, motivating students with a video on compasses, an activity to observe magnet properties in groups, explanations of key concepts like poles and magnetic materials, and a concluding assignment on magnetic fields and forces.
1. The document provides a detailed lesson plan for teaching students about the human respiratory system.
2. The lesson plan outlines objectives, materials, activities, and assessment for the students. It includes group work where students will identify parts of the respiratory system and describe their functions.
3. The lesson concludes with assigning students homework questions to research magnetic fields, magnetic force, and the formula for magnetic force.
Experiments were conducted with 4th grade students to help them learn terms related to magnetism and electricity. Students worked in groups to perform experiments like using magnets on metal chips and charging objects through rubbing. Observations were noted and concepts like magnetic poles and electric charge were introduced. A follow up class and final test found that students were able to verbally explain and discuss the concepts but had more difficulty expressing them in writing. The experiments helped improve student motivation, knowledge acquisition, and understanding of scientific terms.
The lesson plan aims to teach students about magnets through cooperative group activities. Students will experiment with bar magnets to explore the attraction and repelling of north and south poles. They will also predict and test the strongest parts of different magnets. The activities aim to demonstrate the invisible force fields around magnets and how iron filings can make these visible. Students will work in groups, make predictions, record observations, and reflect on what they learned. The teacher will evaluate the students' understanding through their worksheets and journals.
This document contains a detailed lesson plan for a Grade 10 science class about the layers of the Earth. The objectives are for students to describe the properties and composition of the Earth's layers. The lesson plan outlines the procedures which include an activity where students work in groups to analyze and answer questions about the characteristics of each layer. It concludes with a generalization part where students recall the most abundant element in the crust, the elements making up the mantle, and the state of the inner core due to high pressure.
This document outlines a final project for an Earth science lesson on rocks and minerals for 6th-8th grade students. The project uses constructive, authentic, and cooperative learning elements. Students will learn to identify and classify rocks and minerals by examining specimens in groups. They will discuss the differences and draw pictures of each. The teacher will use observations, short tests, and drawing assessments to evaluate learning. Students will use textbooks, specimens, microscopes, and online resources to reinforce their understanding of the key differences between minerals and rocks.
This document contains a daily lesson log for a Grade 3 science class covering a week of lessons on motion and magnets. The lessons objectives are to demonstrate an understanding of motion and describe the position and movement of objects. Each day covers a different topic such as describing the position of objects, the location of objects after movement, types of magnets, and ways to make objects move. Learning activities include experiments with paper boats, magnets, and toy cars. Formative assessments are used to check student understanding. The teacher reflects on what teaching strategies worked well and any difficulties encountered.
Åhörarkopior från Pauline Gibbons föreläsning på Symposium 2015:
http://www.andrasprak.su.se/konferenser-och-symposier/symposium-2015/program/what-counts-as-scaffolding-implications-for-language-teaching-and-learning-1.231365
This unit has been designed to support Year 3 teachers. It integrates some of the Primary Connections Ideas and acknowledges these, yet also add additional resources. We have tried to incorporate higher order thinking skills within the unit.
If you like this resource like and share http://www.australiancurriculumlessons.com.au/2014/08/09/earth-moon-sun-lessons-plans-year-34/ (I am trying to win my son an iPad. The resource on this site with the most likes wins an iPad Mini).
This document outlines the daily lesson log and plan for a physical science class covering the formation of elements. The objectives are to describe the formation of heavier elements during star formation and evolution, cite evidence for this, explain how the concept of atomic number led to synthesizing new elements in laboratories, and analyze nuclear reactions involved. The content will cover the formation of elements during stellar formation and evolution and the synthesis of new elements. Learning activities include discussing stellar formation, the life cycles of stars, subatomic particles, making a periodic table, nuclear reactions, and relating star evolution to the human life cycle. Students will be evaluated through activities identifying terms, demonstrating learned concepts through projects, and answering questions about stellar element formation and the synthesis of new elements
This document contains a detailed lesson plan for a Grade 10 Science class about the composition of the Earth's interior and plate tectonics. The objectives are for students to explain plate boundary processes, describe effects of plate movement, and understand the value of plate movement effects. The lesson involves recall activities, group work, a pre-activity where students role play appreciating the topic, and a post-activity discussion. Key points taught are that the mantle makes up most of the Earth's volume and mass, consists mainly of silicon, oxygen, iron and magnesium, and its movement of plates causes earthquakes, tsunamis and volcanic eruptions.
This document contains four weekly lesson plans for an Earth and Life science class in the 11th grade. The first week focuses on theories of the origin of the universe, including activities to introduce concepts and a diagnostic test. The third week covers the unique properties of Earth and how it supports life, including characterizing the planets and explaining Earth's subsystems. Minerals and rocks are the topics for the second half of the third week, with activities on identifying physical properties and classifying minerals and rock types. The fourth week continues examining minerals and rocks, focusing on relationships between rock types, origins, and formation processes.
The lesson plan aims to teach students about transverse waves through inquiry-based learning. Students will observe a rope with a ribbon tied around it being moved up and down, prompting them to ask questions. They will then observe ripples in a tray of water to gather more data. From discussing their observations and experiments, students will arrive at the concepts that a transverse wave is one where the medium's particles vibrate perpendicular to the wave's direction, and that waves transmit energy without the medium itself moving. The goal is for students to understand wave motion and transverse waves through inquiry.
The Universe: A Module in Science and Technology for Grade 5 Pupilscryster
The document provides information about a module on the universe for grade 5 pupils. It includes the mission, vision and goals of the college of education. It discusses the big bang theory, big crunch theory, steady state theory and nebular theory as possible explanations for the origin of the universe. It also covers topics about the solar system including the sun, planets, asteroids and other celestial bodies. The module is intended to help pupils gain knowledge about the universe and solar system through interactive lessons and activities.
This document outlines a research action plan to teach a unit on magnetism using active learning methods. It involves implementing student-centered activities over 6 lessons, including experiments, group projects, and presentations. Students will explore properties of magnets, magnetic fields, poles, and other concepts. They will predict, observe, analyze results, and communicate findings. Assessment involves student-created quizzes, cooperative work rubrics, and reflections on learning outcomes and ways to improve the plan. The goal is for students to develop higher-order thinking skills over memorization through hands-on lessons and real-world applications of magnetism concepts.
Similar to Microteaching lesson plan ritu ict (20)
This presentation includes basic of PCOS their pathology and treatment and also Ayurveda correlation of PCOS and Ayurvedic line of treatment mentioned in classics.
Leveraging Generative AI to Drive Nonprofit InnovationTechSoup
In this webinar, participants learned how to utilize Generative AI to streamline operations and elevate member engagement. Amazon Web Service experts provided a customer specific use cases and dived into low/no-code tools that are quick and easy to deploy through Amazon Web Service (AWS.)
Reimagining Your Library Space: How to Increase the Vibes in Your Library No ...Diana Rendina
Librarians are leading the way in creating future-ready citizens – now we need to update our spaces to match. In this session, attendees will get inspiration for transforming their library spaces. You’ll learn how to survey students and patrons, create a focus group, and use design thinking to brainstorm ideas for your space. We’ll discuss budget friendly ways to change your space as well as how to find funding. No matter where you’re at, you’ll find ideas for reimagining your space in this session.
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
International FDP on Fundamentals of Research in Social Sciences
at Integral University, Lucknow, 06.06.2024
By Dr. Vinod Kumar Kanvaria
How to Manage Your Lost Opportunities in Odoo 17 CRMCeline George
Odoo 17 CRM allows us to track why we lose sales opportunities with "Lost Reasons." This helps analyze our sales process and identify areas for improvement. Here's how to configure lost reasons in Odoo 17 CRM
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
3. EXPLANATION SKILL
• NAME OF THE TEACHER TRAINEE - RITU GHOSH
• CLASS - VI
• SUBJECT - SCIENCE
• TOPIC - FUN WITH MAGNETS
• TIME - 5-6 MIN
4. 0BJECTIVES
• To enable his/her pupils to specify the central meaning of a term of
statement to classify an issue.
• To enable his/her pupils to describe process structures and procedures.
• To enable his/her pupils to state reason why events occur and predict
consequences of events.
5. CONCEPTS OF SKILL
Cognitive link
Clarity of concept
Use of illustration
Compare and contrast
Summarising the main points
Stimulating questions
6. STEPS TEACHER’S ACTIVITY STUDENT’S ACTIVITY COMPONENT’S ACTIVITY
1. Good morning
students.
2. Today we are
going to learn
about magnets.
3. Magnets are
materials which
attracts iron
objects towards
itself
4. Pupil teacher
illustrates an
activity of
attraction of
magnets by iron
nail.
Good morning Mam
listening
Cognitive link
7. STEPS TEACHER’S ACTIVITY STUDENT’S
ACTIVITY
COMPONEN
T’S USED
5. This time pupil teacher change the
object from iron nail to a steel and
shows the attraction and in the same
way brings a paper close to the
magnet and shows no attraction
between paper and magnet.
6. So materials such as iron, copper,
steel nickel which are attracted
towards a magnet are known as
magnetic materials and materials
such as paper, cloth, plastic which
are not attracted by the magnet are
called non-magnetic materials
observing Compare
and
contrast
8. STEPS TEACHER’S ACTIVITY STUDENT’S ACTIVITY COMPONENT’S USED
7. There are two types of
magnet.
(i) Natural magnets
(ii) Artificial magnets
8. Natural magnets are those
magnets which are obtained
naturally from nature.
9.Artificial magnets are those
magnets which are man-
made magnets.
10.Artificial magnets are
prepared in different shapes.
(i) Bar magnet
(ii) Horse shoe magnet
(iii) Ball-ended magnet
Listening
listening
Clarity of concept
9. STEPS TEACHER’S ACTIVITY STUDENT’S ACTIVITY COMPONENT’S USED
11. Let us know about
properties of magnets.
(i) Magnets exert influence
through their various
materials.
The effect of magnet works
through air, water and even
solid things.
Pupil-teacher explains this
property by demonstrating.
Pupil teacher takes an empty
glass and put some pins into
it. Now she brings a magnet
near it. The pins are moving
and ask students what they
observe?
Listening
Observing
Pins are moving
Use of illustration
10. STEPS TEACHER’S ACTIVITY STUDENT’S RESPONSE COMPONENT’S USED
Pupil teacher takes another
glass and put a pin into it and
fill the glass with water. Now
bring a magnet near it and
shows in water also magnet
exert its influence.
Then pupil teacher takes a
cardboard and put a pin in it
and shows the movement by
influence of magnet in solid.
(ii) Magnets exert more magnetic
force at the ends compared to
the middle.
If we roll a bar magnet
containing plate of iron fillings
sticks are on the ends. The ends
of magnet show more magnetic
field force and are called the
poles of magnet.
observing
Use of illustration
11. STEPS TEACHER’S ACTIVITY STUDENT’S RESPONSE COMPONENT’S
USED
(iii) Magnets comes to rest in north and
south direction.
Pupil teacher suspends a magnet with a
thread attached to it at its centre. When it
comes to rest it is pointed towards two
direction (ie) north and south direction.
From this teaching aid a student
understands about north pole and south
pole.
(iv) Like poles repel, unlike poles attract.
Pupil teacher distributes pairs of magnet to
set of four students and ask them to bring
the two piece of magnet closer.
In one case the two magnets will attract
with each other with lot of force, and in
other case it is difficult to bring the two
magnets closer.
Observing
listening
Use of illustration
Cognitive link
12. STEPS TEACHER’S ACTIVITY STUDENT’S
RESPONSE
COMPONENT’S
USED
So what happens here is the north pole
of one magnet attract the south pole of
oter magnet. And in the next case the
north pole of one magnet strongly repels
the north pole of the other magnet.
(v) Magnetic poles always exist in pairs.
If a magnet is broken then eaxh piece will
behave as a complete Magnet.
12. (Q.1) Based on which property of
magnet a compass needle is designed?
13. (Q.2) What are the properties of
magnets?
Listening
Magnets comes to
rest in north south
direction.
Students
responded
correctly.
Cognitive link
Stimulating
questions
13. STEPS TEACHER’S ACTIVITY STUDENT’S RESPONSE COMPONENT’S USED
so today we learnt about magnet.
A magnet is a substance which
attracts iron objects towards itself
and we also learnt about its types
and properties of magnets.
listening
summarising the main
points.
14. OBSERVATION SCHEDULE
NAME OF THE TEACHER TRAINEE : RITU GHOSH
CLASS : VIth
SUBJECT : SCIENCE
TOPIC : FUN WITH MAGNETS
DURATION : 5 MIN
NAME OF THE OBSERVER :
RATING SCALE:
COMPONENTS POOR AVERA-
GE
GOOD VERY
GOOD
EXCELL
-
NT
COGNITIVE LINKED
CLARITY OF COCEPT
USE OF ILLUSTRATION
COMPARE AND CONTRAST
SUMMARIZE THE MAIN POINT