Work, Power, and Energy: Physics Essentials for High School
Work, Power, and Energy: Physics Essentials for High School, available at $44.99, with 49 lectures.
You will learn about Define and explain the concepts of work, power, and energy. Calculate work done by a force in various scenarios. Understand the work-energy theorem and its applications. Apply the work-energy theorem to solve real-world physics problems. Explain the principle of conservation of energy. Solve problems involving the conservation of mechanical energy. Identify and explain examples of work, power, and energy in everyday life. Apply critical thinking to solve complex problems related to work, power, and energy. Develop strategies for approaching and solving physics problems. Practice with a variety of problems similar to those found in standardized tests. Engage in interactive lessons to deepen understanding of work, power, and energy. Participate in discussions and activities to reinforce learning objectives. This course is ideal for individuals who are Parents whose wards are high school students who are eager to deepen their understanding of physics, specifically focusing on the concepts of work, power, and energy. or Parents whose wards are preparing for college entrance exams such as the SAT, ACT, or AP Physics. or Parents whose wards are home-schooled learners seeking structured, comprehensive instruction in work, power, and energy. or Parents whose wards are individuals with a passion for physics who want to explore these concepts in greater detail. or Parents whose wards are students looking for additional resources to supplement their classroom learning. It is particularly useful for Parents whose wards are high school students who are eager to deepen their understanding of physics, specifically focusing on the concepts of work, power, and energy. or Parents whose wards are preparing for college entrance exams such as the SAT, ACT, or AP Physics. or Parents whose wards are home-schooled learners seeking structured, comprehensive instruction in work, power, and energy. or Parents whose wards are individuals with a passion for physics who want to explore these concepts in greater detail. or Parents whose wards are students looking for additional resources to supplement their classroom learning.
Enroll now: Work, Power, and Energy: Physics Essentials for High School
Summary
Title: Work, Power, and Energy: Physics Essentials for High School
Price: $44.99
Number of Lectures: 49
Number of Published Lectures: 49
Number of Curriculum Items: 49
Number of Published Curriculum Objects: 49
Original Price: $19.99
Quality Status: approved
Status: Live
What You Will Learn
- Define and explain the concepts of work, power, and energy.
- Calculate work done by a force in various scenarios.
- Understand the work-energy theorem and its applications.
- Apply the work-energy theorem to solve real-world physics problems.
- Explain the principle of conservation of energy.
- Solve problems involving the conservation of mechanical energy.
- Identify and explain examples of work, power, and energy in everyday life.
- Apply critical thinking to solve complex problems related to work, power, and energy.
- Develop strategies for approaching and solving physics problems.
- Practice with a variety of problems similar to those found in standardized tests.
- Engage in interactive lessons to deepen understanding of work, power, and energy.
- Participate in discussions and activities to reinforce learning objectives.
Who Should Attend
- Parents whose wards are high school students who are eager to deepen their understanding of physics, specifically focusing on the concepts of work, power, and energy.
- Parents whose wards are preparing for college entrance exams such as the SAT, ACT, or AP Physics.
- Parents whose wards are home-schooled learners seeking structured, comprehensive instruction in work, power, and energy.
- Parents whose wards are individuals with a passion for physics who want to explore these concepts in greater detail.
- Parents whose wards are students looking for additional resources to supplement their classroom learning.
Target Audiences
- Parents whose wards are high school students who are eager to deepen their understanding of physics, specifically focusing on the concepts of work, power, and energy.
- Parents whose wards are preparing for college entrance exams such as the SAT, ACT, or AP Physics.
- Parents whose wards are home-schooled learners seeking structured, comprehensive instruction in work, power, and energy.
- Parents whose wards are individuals with a passion for physics who want to explore these concepts in greater detail.
- Parents whose wards are students looking for additional resources to supplement their classroom learning.
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Understand Fundamental Concepts:
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Define and explain the concepts of work, power, and energy.
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Differentiate between kinetic and potential energy.
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Understand the units of measurement for work, power, and energy.
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Apply Mathematical Principles:
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Calculate work done by a force in various scenarios.
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Determine power output in different contexts.
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Solve problems involving kinetic and potential energy.
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Explore Work-Energy Theorem:
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Understand the work-energy theorem and its applications.
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Apply the work-energy theorem to solve real-world physics problems.
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Analyze Energy Conservation:
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Explain the principle of conservation of energy.
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Solve problems involving the conservation of mechanical energy.
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Investigate Power in Mechanical Systems:
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Calculate the power developed in mechanical systems.
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Analyze the efficiency of different machines and systems.
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Study Real-World Applications:
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Identify and explain examples of work, power, and energy in everyday life.
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Analyze the role of energy transformations in various physical processes.
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Develop Problem-Solving Skills:
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Apply critical thinking to solve complex problems related to work, power, and energy.
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Develop strategies for approaching and solving physics problems.
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Perform Experiments and Simulations:
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Conduct simple experiments to observe the principles of work, power, and energy.
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Use simulations to model and analyze energy transformations and power calculations.
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Prepare for Exams:
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Practice with a variety of problems similar to those found in standardized tests.
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Review key concepts and problem-solving techniques to excel in exams.
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Enhance Conceptual Understanding:
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Engage in interactive lessons to deepen understanding of work, power, and energy.
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Participate in discussions and activities to reinforce learning objectives.
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Course Curriculum
Chapter 1: Message
Lecture 1: Learning Objectives
Lecture 2: Why?
Chapter 2: Work
Lecture 1: Work Done By Constant Force
Lecture 2: Problem Discussion: Work Done By Constant Force
Lecture 3: Workbook: Constant Force
Lecture 4: Workbook Discussion:Q1-Q7
Lecture 5: Workbook Discussion: Q8-Q11
Lecture 6: Work Done By variable Force
Lecture 7: Workdone By Variable Force -II
Lecture 8: Problem Discussion/Variable Force-I
Lecture 9: Problem Discussion/Variable Force-II
Lecture 10: Problem Discussion/Variable Force-III
Lecture 11: Workbook :Variable Force
Lecture 12: Workbook Discussion/VAriable Force: Q1-Q5
Lecture 13: Workbook Discussion/VAriable Force: Q6-Q9
Lecture 14: Workbook Discussion/VAriable Force: Q10
Lecture 15: Spring Force: An introduction
Lecture 16: Spring Force: An introduction-II
Lecture 17: Graphical Method To Find Work
Lecture 18: Graphical Method To Find Work II
Lecture 19: Workbook:Graphical Method
Lecture 20: Workbook Discussion/Graphical Method: Q1-Q6
Lecture 21: Workbook Discussion/Graphical Method: Q7-Q10
Lecture 22: Work Done By Resultant Force
Chapter 3: Energy Method
Lecture 1: Work Enrgy Theorem [WET]
Lecture 2: NLM & WET: Similarities and Differences
Lecture 3: How To Setup Equation Using WET?
Lecture 4: Problem Discussion/WEP/WET-I
Lecture 5: Problem Discussion/WEP/WET-II
Chapter 4: Classification Of Force In Energy Method
Lecture 1: Conservative And Non-Conservative ForceForce
Lecture 2: Potential Energy
Lecture 3: Gravitational Potential Energy
Lecture 4: Gravitational Potential Energy II
Lecture 5: How to find mass of element (dm)?
Lecture 6: How to find mass of element (dm)? Continued..
Lecture 7: Spring Potential Energy
Lecture 8: Problem Discussion/WEP/Spring Force-I
Lecture 9: Problem Discussion/WEP/Spring Force-II
Lecture 10: Force And Potential Energy
Chapter 5: Conservation Principle
Lecture 1: Principle Of Conservation Of Mechanical Energy
Lecture 2: Problem Discussion/WEP/PCME
Lecture 3: Reading Energy Diagram
Lecture 4: Problem Discussion/WEP/Reading Energy Diagram
Chapter 6: Power
Lecture 1: Power: Introduction & Definition
Chapter 7: Problem Discussion
Lecture 1: Problem Discussiom/WEP/Energy Method-I
Lecture 2: Problem Discussiom/WEP/Energy Method-II
Lecture 3: Problem Discussiom/WEP/Energy Method-III
Chapter 8: Workbook
Lecture 1: WorkbookWEP/Formula Based
Lecture 2: Workbook DIscussion/WEP/Formula Based
Instructors
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Saurabh Kumar
Instructor at udemy
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