Which object would gravity pull to the ground with the greatest acceleration (book, basketball, chair, or it would pull all objects the same)?

it would pull all objects the same

Part 8: Conservation of Energy -- In terms of the conservation of energy, explain the relationship between potential energy and kinetic energy if the tire swing is pulled back and let go.

Potential energy is converted to kinetic energy as the swing moves downward.

Kinetic energy is converted to potential energy as the swing moves upward.

Both potential and kinetic energy remain constant.

Energy is lost as heat and sound.

Part 9: Conservation of Energy -- Use the information given to determine the values for kinetic energy and potential energy at each point of the system. (Refer to the diagram for details)

Potential energy is maximum at the highest point.

Kinetic energy is maximum at the highest point.

Potential energy is maximum at the lowest point.

Kinetic energy and potential energy are equal at all points.

Part 10: Forms of Energy – Look at the picture below and create a flowchart to list the different forms of energy and show how the energy moves through the system. Fill in the flowchart below…it starts with nuclear.

Create a flowchart to list the different forms of energy and show how the energy moves through the system, starting with nuclear.

List the different forms of energy without creating a flowchart.

Describe the process of energy conversion without using a flowchart.

Explain the importance of nuclear energy in the system without a flowchart.

Calculate the Kinetic Energy for the Football using the formula KE = ½ m · v². Height: 30 m, Velocity: 5 m/s, Mass: 3.0 kg.

Kinetic Energy (KE) = ½ m · v²

Kinetic Energy (KE) = ½ m · v

Calculate the Potential Energy for the Football using the formula PE = m · g · h. Height: 30 m, Mass: 3.0 kg, g = 9.8 m/s².

PE = m · g · h = 3.0 kg · 9.8 m/s² · 30 m.

PE = m · g · h = 3.0 kg · 9.8 m/s² · 20 m.

PE = m · g · h = 3.0 kg · 9.8 m/s² · 25 m.

PE = m · g · h = 3.0 kg · 9.8 m/s² · 35 m.

Part 6: Energy and Motion -- A roller coaster at the top of a hill has maximum potential energy. What happens to this energy as the roller coaster descends?

It is converted into kinetic energy

It is converted into chemical energy

Energy and Motion Study Guide

Authored by Christopher Berenson

History

7th Grade

Used 1+ times

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28 questions

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MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Part 1: KE vs. PE -- Determine and explain if the picture is representing potential energy or kinetic energy. Question: Skateboarder. Picture: [Image of a skateboarder]. Is the skateboarder demonstrating kinetic energy or potential energy?

Kinetic energy

Potential energy

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Part 1: KE vs. PE -- Determine and explain if the picture is representing potential energy or kinetic energy. Question: Man reading. Picture: [Image of a man reading]. Kinetic energy or Potential energy? Why?

Kinetic energy

Potential energy

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Part 1: KE vs. PE -- Determine and explain if the picture is representing potential energy or kinetic energy. Question: Hang-glider. Picture: [Image of a hang-glider]. Is the hang-glider representing kinetic energy or potential energy?

Kinetic energy

Potential energy

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Part 2: Form of energy -- Determine and explain which form of energy (electrical, electromagnetic, chemical, nuclear, thermal, mechanical) is being represented in each picture. Question: Vegetables. Picture: [Image of vegetables]. Form of energy?

Chemical

Electrical

Electromagnetic

Nuclear

Thermal

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Part 2: Form of energy -- Determine and explain which form of energy (electrical, electromagnetic, chemical, nuclear, thermal, mechanical) is being represented in each picture. Question: Dirtbike. Picture: [Image of a dirtbike]. Form of energy?

Mechanical

Electrical

Nuclear

Electromagnetic

Chemical

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Part 2: Form of energy -- Determine and explain which form of energy (electrical, electromagnetic, chemical, nuclear, thermal, mechanical) is being represented in each picture. Question: Match. Picture: [Image of a match]. Form of energy? Why?

Nuclear

Electrical

Chemical

Electromagnetic

Thermal

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Part 3: Factors affecting energy -- List the factors that affect PE and KE in the table. 3. What factor has the greatest effect on Kinetic Energy?

Mass

Velocity

Height

Gravity

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Energy and Motion Study Guide

Part 1: KE vs. PE -- Determine and explain if the picture is representing potential energy or kinetic energy. Question: Skateboarder. Picture: [Image of a skateboarder]. Is the skateboarder demonstrating kinetic energy or potential energy?

Part 1: KE vs. PE -- Determine and explain if the picture is representing potential energy or kinetic energy. Question: Man reading. Picture: [Image of a man reading]. Kinetic energy or Potential energy? Why?

Part 1: KE vs. PE -- Determine and explain if the picture is representing potential energy or kinetic energy. Question: Hang-glider. Picture: [Image of a hang-glider]. Is the hang-glider representing kinetic energy or potential energy?

Part 2: Form of energy -- Determine and explain which form of energy (electrical, electromagnetic, chemical, nuclear, thermal, mechanical) is being represented in each picture. Question: Vegetables. Picture: [Image of vegetables]. Form of energy?

Part 2: Form of energy -- Determine and explain which form of energy (electrical, electromagnetic, chemical, nuclear, thermal, mechanical) is being represented in each picture. Question: Dirtbike. Picture: [Image of a dirtbike]. Form of energy?

Part 2: Form of energy -- Determine and explain which form of energy (electrical, electromagnetic, chemical, nuclear, thermal, mechanical) is being represented in each picture. Question: Match. Picture: [Image of a match]. Form of energy? Why?

Part 3: Factors affecting energy -- List the factors that affect PE and KE in the table. 3. What factor has the greatest effect on Kinetic Energy?

Which object would gravity pull to the ground with the greatest acceleration (book, basketball, chair, or it would pull all objects the same)?

If the mass increases, the kinetic energy…

If the velocity decreases, the kinetic energy...

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