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(Solved): a) 56.2 b) 35.1 c) 5.7 d) none of the above a) 32.2 b) 9.2 c) 56.2 d) 89.9 e) none of the above a) - ...



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a) 56.2 b) 35.1 c) 5.7 d) none of the above

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a) 32.2 b) 9.2 c) 56.2 d) 89.9 e) none of the above

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a) -56.2 b) -46 c) -32.2 d) 9.2 e) none of the above

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a) 78.3 b) 9.2 c) 41.4 d) 146 e) none of the above

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a) -124 b) -15.5 c) -151.4 d) -86.8 e) none of the above

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a) 43.1 b) 194.6 c) 159 d) 111 e) none of the above

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a) 346 b) 130 c) 43.1 d) 144 e) none of the above

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a) 6.7 b) 11 c) 3.9 d) 7.1 e) none of the above

A 56.2-N block is on a straight road that makes an angle with the horizontal. Ignore any friction. A mule pulls the block up along the road. The force the mule exerts on the block is parallel to the road. The speed of the block increases at a rate of . Take that the positive -axis is up along the road and that the positive -axis is upward perpendicular to the road (see the figure). b) The net force on the block is about: [ Select ] c) The component of the block's weight along the road is about: d) The magnitude of the mule's force is about e) If the block travels upward a distance along the road, the work done by the gravity on the block is about : f) The work done by the mule to pull the block up the road is about: J g) If the block starts from rest, its kinetic energy after it travels up the road is about: J h) The block's speed after it travels up the road is about: |


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Answer:- Weight of the block is,   the Inclination angle of the road is,  
The force exerts on the bl...
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