10 kg A 30° A block of mass 10.0 kg sits on a 30° incline, with a rope attached as shown. The rope slides over a frictionless pulley and from it hangs a second block of mass M. The coefficient of kinetic friction is 0.325. What must the mass M be, such that the 10.0-kg block sides down the incline at a constant velocity? 8.50 kg 2.19 kg 4.83 kg 10.0 kg

College Physics
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Chapter4: Newton's Laws Of Motion
Section: Chapter Questions
Problem 74AP: (a) What is the minimum force of friction required to hold the system of Figure P4.74 in...
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A block of mass 10.0 kg sits on a 30o incline, with a rope attached as shown.  The rope slides over a frictionless pulley and from it hangs a second block of mass M.  The coefficient of kinetic friction is 0.325.  What must the mass M be, such that the 10.0-kg block sides down the incline at a constant velocity?

10 kg
A
30°
A block of mass 10.0 kg sits on a 30° incline, with a rope attached as shown. The rope slides over a frictionless pulley and from it
hangs a second block of mass M. The coefficient of kinetic friction is 0.325. What must the mass M be, such that the 10.0-kg
block sides down the incline at a constant velocity?
8.50 kg
2.19 kg
4.83 kg
10.0 kg
Transcribed Image Text:10 kg A 30° A block of mass 10.0 kg sits on a 30° incline, with a rope attached as shown. The rope slides over a frictionless pulley and from it hangs a second block of mass M. The coefficient of kinetic friction is 0.325. What must the mass M be, such that the 10.0-kg block sides down the incline at a constant velocity? 8.50 kg 2.19 kg 4.83 kg 10.0 kg
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