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An object of mass 0.5 kg is given an initial velocity and then slides across a horizontal surface. The object experiences a resistive force that is a function of velocity. The velocity v of the object as a function of time t is given by e(t) = ae, where a = 2m/s and 8= 3s The energy dissipated due to the resistive force after a very long time is most nearly 0.5 J B 1J 2J D 4J infinity

An object of mass 0.5 kg is given an initial velocity and then slides across a horizontal surface. The object experiences a resistive force that is a function of velocity. The velocity v of the object as a function of time t is given by e(t) = ae, where a = 2m/s and 8= 3s The energy dissipated due to the resistive force after a very long time is most nearly 0.5 J B 1J 2J D 4J infinity

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Question 3 An object of mass 0.5 kg is given an initial velocity and then slides across a horizontal surface. The object experiences a resistive force that is a function of velocity. The velocity v of the object as a function of time t is given by v (t) = ae-8t, where a = 2m/s and B= 3s-1. The energy dissipated due to the resistive force after a very long tíme is most nearly 0.5 J 1 J C 2 J 4 J E infinity
Transcribed Image Text:Question 3 An object of mass 0.5 kg is given an initial velocity and then slides across a horizontal surface. The object experiences a resistive force that is a function of velocity. The velocity v of the object as a function of time t is given by v (t) = ae-8t, where a = 2m/s and B= 3s-1. The energy dissipated due to the resistive force after a very long tíme is most nearly 0.5 J 1 J C 2 J 4 J E infinity
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