Torque and Work Quest

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Fun mini-games on torque and work

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Neele Mühlberg

Italy

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Torque and Work Quest


Froggy Jumps Torque and Work QuestOnline version Fun mini-games on torque and work by Neele Mühlberg 1 What is the basic definition of work done by a torque on a rigid body? a Work is the energy transferred by the torque as the body rotates through angular displacement. b Work is the force applied perpendicular to motion at a point. c Work is the energy stored in the lever arm regardless of rotation. 2 Which equation relates work to torque and angular displacement? a P = F × v (power equals force times velocity) b W = τ Δθ (torque times angular displacement) c W = F × d (force times linear distance) 3 What is the unit of torque in the SI system? a Pascal (Pa) b Newton-meter (N·m) c Joule (J) 4 If a constant torque τ acts through an angular displacement Δθ, how does work depend on these quantities? a Work depends only on Δθ b Work depends only on τ c Work is proportional to both τ and Δθ 5 What happens to the work done if the torque is applied in the opposite direction to the angular displacement? a The work is zero b The work is always positive c The work is negative (it removes energy) 6 Which statement is true about energy transfer by torque? a A torque can transfer energy into or out of a system depending on the rotation direction b Torque only adds energy to a system c Torque cannot affect energy 7 How is the work done by a torque related to the graph of torque vs. angular position? a Value at peak gives work b Slope of the curve gives work c Area under the curve gives the work 8 If the angular displacement is doubled while torque remains the same, what happens to the work? a Work halves b Work doubles c Work remains the same 9 Which scenario best describes positive work by torque? a Torque and angular displacement have the same rotational direction b Torque is zero while moving c Torque and angular displacement are opposite directions 10 True or False: Work done by torque depends only on torque magnitude, not on angular displacement? a Only for constant torque b True c False

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Torque and Work Quest

Froggy Jumps

About this activity

Created by

Download the paper version to play

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Torque and Work QuestOnline version

by Neele Mühlberg

What is the basic definition of work done by a torque on a rigid body?

Which equation relates work to torque and angular displacement?

What is the unit of torque in the SI system?

If a constant torque τ acts through an angular displacement Δθ, how does work depend on these quantities?

What happens to the work done if the torque is applied in the opposite direction to the angular displacement?

Which statement is true about energy transfer by torque?

How is the work done by a torque related to the graph of torque vs. angular position?

If the angular displacement is doubled while torque remains the same, what happens to the work?

Which scenario best describes positive work by torque?

True or False: Work done by torque depends only on torque magnitude, not on angular displacement?