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A 34.5-kg box is suspended by a 24.6-newton rope, as shown.What is the tension at the top of the rope?(a) 59.1 N(b) 124 N(0) 314 N(d) 363 N

A 34 5 kg box is suspended by a 24 6 newton rope as shown What is the tension at the top of the rope

Answer :

The tension at the top of the rope is equal to the sum of the weight of the box and the rope, then we have:

[tex](34.5)(9.81)+24.6=363.04[/tex]

In this we multiply the acceleration of gravity by the mass of the bos to get its weight. Therefore the answer is d.

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