Work and power in rotating systems (AQA A-Level Physics): Flashcards

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Work and power in rotating systems
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Work done by torque formula

W=ThetaW = T heta

W in W=ThetaW = T heta

Work done (J)

T in W=ThetaW = T heta

Constant torque (Nm)

θ\theta in W=TθW = T\theta

Angular displacement (rad)

Power in rotating systems formula

P=TωP = T\omega

ω\omega in P=TωP = T\omega

Angular velocity (rad/s)

Resistive frictional torque effect

Opposes rotation, reduces rotational KE

Applied frictional torque effect

Increases rotational KE

Linear equivalent of W=TθW = T\theta

W=FsW = Fs

Linear equivalent of P=TωP = T\omega

P=FvP = Fv

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