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You are applying a constant horizontal force F→ = (−7.60 N)i^ + (3.00 N)j^ to a crate that is sliding on a factory floor. Part A At the instant that the velocity of the crate is v→ = (3.20 m/s)i^ + (2.20 m/s)j^, what is the instantaneous power supplied by this force? Express your answer with the appropriate units.

You are applying a constant horizontal force F→ = (−7.60 N)i^ + (3.00 N)j^ to a crate that is sliding on a factory floor. Part A At the instant that the velocity of the crate is v→ = (3.20 m/s)i^ + (2.20 m/s)j^, what is the instantaneous power supplied by this force? Express your answer with the appropriate units.

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You are applying a constant horizontal force F → = ( − 7.60 N ) ı ^ + ( 3.00 N ) j ^ to a crate that is sliding on a factory floor. Part A At the instant that the velocity of the crate is v → = ( 3.20 m / s ) ı ^ + ( 2.20 m / s ) j ^ , what is the instantaneous power supplied by this force? Express your answer with the appropriate units. ◻

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