are equal
. The distances between the ends of the ropes and the base of the poles they are tied to are
equal. Can you prove that the angles formed between the ropes and the poles are equal?
63 in Fig. 41, there are two upright electric poles, each of which is tied by a rope. The lengths of the ropes
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A rope tied between two poles and a weight of 40 N is suspended from its middle point. the rope sags by an angle of 1^0 , the tension in the rope will be -
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REF.Image.Draw the FBD of rope:Tension arises due to in own weight.Apply Lami's theorem from FBD : - mg/sin(188^∘) = T/sin(91^∘) T = sin(91^∘)/sin(178^∘ ... More
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