A clutch has outer and inner diameter 100 mm and 40 mm respectively. Assuming a uniform pressure of 2 MPa and coefficient of friction of the material is 0.4, the torque carrying capacity of the clutch is

A clutch has outer and inner diameter 100 mm and 40 mm respectively. A

1.	A clutch has outer and inner diameter 100 mm and 40 mm respectively. Assuming a uniform pressure of 2 MPa and coefficient of friction of the material is 0.4, the torque carrying capacity of the clutch is
Answer» A clutch has outer and inner diameter $100 m m$ and $40 m m$ respectively. Assuming a uniform pressure of $2 M P a$ and coefficient of friction of the material is $0.4$ , the torque carrying capacity of the clutch is

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A clutch has outer and inner diameter 100 mm and 40 mm respectively. Assuming a uniform pressure of 2 MPa and coefficient of friction of the material is 0.4, the torque carrying capacity of the clutch is

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