machine design please step by step solution 2. A single block brake, as shown in Fig. 25.38, has the drum diameter ( 250 mathrm{~mm} ). The angle of contact is ( 90^{ circ} ) and the coefficient of friction between the drum and the lining is ( 0.35 ). If the torque transmitted by the brake is ( 70 mathrm{~N}- mathrm{m} ), find

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$2. A single block brake, as shown in Fig. 25.38, has the drum diameter $ 250 \mathrm{~mm} $. The angle of contact is \( 90^$

2. A single block brake, as shown in Fig. 25.38, has the drum diameter $ 250 \mathrm{~mm} $. The angle of contact is $ 90^{\circ} $ and the coefficient of friction between the drum and the lining is $ 0.35 $. If the torque transmitted by the brake is $ 70 \mathrm{~N}-\mathrm{m} $, find the force $ P $ required to operate the brake. |Ans. $ 700 \mathrm{~N} $ | All dimensions in $ \mathrm{mm} $.

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