Work and Energy Concepts Quiz

Froggy Jumps

Played 5 %Accuracy 70 Average time 02:55

Create copy

About this activity

Work, energy, and potential energy

Created by

Supritha K

India

Download the paper version to play

Top 10 results

#	Player	Accuracy	time
1	Supritha K June 24, 2026	% 80	03:54
2	Anonymous August 21, 2026	% 41	09:25
3	Anonymous August 21, 2026	% 24	07:32
4	Anonymous August 21, 2026	% 18	07:17

Do you want to stay in the Top 10 of this game? Log in to identify yourself.

Make your own free game from our game creator

Compete against your friends to see who gets the best score in this game

Make challenge

Ethos, Pathos, and Logos Quiz

Kristine Vester

United States

(131)

Test your knowledge of ethos, pathos, and logos with these 10 questions on examples of persuasive techniques.
Bill of Rights Game - The Constitutionalist

Doni The Don

United States

(90)

Test your knowledge on the Bill of Rights. A fun way to test your knowledge and focus on where you need to improve.
The Integumentary System

Breanna Nesbitt

United States

(58)

Functions and Structures of the skin
Phlebotomy Order of Draw Quiz

Pamela Chapman

United States

(59)

Test your knowledge of the order of draw in Phlebotomy with these 10 questions!
pizza

Lorelay Tyana

Romania

(261)

joc despre pizza

		%
	Anonymous	%
		%
		%

Print your game

Work and Energy Concepts Quiz


Froggy Jumps Work and Energy Concepts QuizOnline version Work, energy, and potential energy by Supritha K 1 What is the formula for work when a constant force acts along the displacement direction? a W = mgh b W = F × d c W = 1/2 mv^2 2 Which factors determine the amount of work done by a force? a Mass of the object and gravity b Time taken to perform the force and air resistance c Magnitude of force, displacement, and the angle between them 3 What is mechanical energy a sum of? a Heat energy plus chemical energy b Kinetic energy plus potential energy c Momentum plus thermal energy 4 What is the formula for kinetic energy? a KE = 1/2 m v^2 b KE = mv^3 c KE = mgh 5 What is potential energy due to gravity near the Earth's surface? a PE = mv^2 b PE = 1/2 kx^2 c PE = mgh 6 Which type of energy depends on an object's position in a field? a Thermal energy b Kinetic energy c Potential energy 7 If you lift a mass slowly, what happens to its potential energy? a Kinetic energy becomes zero b Potential energy increases c Potential energy decreases 8 What happens to mechanical energy when non-conservative forces do work (e.g., friction)? a Mechanical energy becomes zero b Mechanical energy changes, often converts to thermal energy c Mechanical energy always conserves 9 State the work–energy theorem. a Potential energy equals work done b Mass times acceleration equals work c Net work done on a system equals the change in its kinetic energy 10 If an object is lifted to height h and released with zero velocity, its energy is primarily: a Kinetic energy b Potential energy at height h c Thermal energy 11 Which scenario yields zero work by the force due to perpendicularity? a A force acts toward the center while the object moves along a circle b A force is applied briefly with large displacement c A force and velocity are in the same direction 12 A bead on a fixed hoop is kept in circular motion by tension in the string. Is the work done by the tension zero or nonzero? a Negative b Zero c Positive 13 If you push a stationary wall, your force does work on the wall. Is this an exception to the perpendicular rule? a No, it’s still zero b Yes, because displacement is zero c Yes, because force is perpendicular 14 In a horizontal circular motion, which force does zero work if it remains perpendicular to velocity? a Normal force b Air resistance c Friction 15 Which statement is true about work and perpendicular force in circular motion? a Work is always positive b The force does no work because displacement is tangential c Work is always negative 16 A pendulum bob is swinging. The string's tension does work on the bob, true or false? a False (tension is perpendicular to displacement at any instant) b True c Depends on amplitude 17 Which condition guarantees zero work by a force on a moving object? a Force is always perpendicular to instantaneous displacement b Force is parallel to acceleration c Force is zero

You can integrate the game into an LMS compatible with LTI 1.1 or LTI 1.3 such as Canvas, Moodle, or Blackboard. This way, the scores will be automatically saved into the platform’s gradebook.

Work and Energy Concepts Quiz

Froggy Jumps

About this activity

Created by

Download the paper version to play

Top Games

Froggy Jumps

Ethos, Pathos, and Logos Quiz

Froggy Jumps

Bill of Rights Game - The Constitutionalist

Froggy Jumps

The Integumentary System

Froggy Jumps

Phlebotomy Order of Draw Quiz

Froggy Jumps

pizza

Froggy Jumps

Work and Energy Concepts QuizOnline version

by Supritha K

What is the formula for work when a constant force acts along the displacement direction?

Which factors determine the amount of work done by a force?

What is mechanical energy a sum of?

What is the formula for kinetic energy?

What is potential energy due to gravity near the Earth's surface?

Which type of energy depends on an object's position in a field?

If you lift a mass slowly, what happens to its potential energy?

What happens to mechanical energy when non-conservative forces do work (e.g., friction)?

State the work–energy theorem.

If an object is lifted to height h and released with zero velocity, its energy is primarily:

Which scenario yields zero work by the force due to perpendicularity?

A bead on a fixed hoop is kept in circular motion by tension in the string. Is the work done by the tension zero or nonzero?

If you push a stationary wall, your force does work on the wall. Is this an exception to the perpendicular rule?

In a horizontal circular motion, which force does zero work if it remains perpendicular to velocity?

Which statement is true about work and perpendicular force in circular motion?

A pendulum bob is swinging. The string's tension does work on the bob, true or false?

Which condition guarantees zero work by a force on a moving object?