Two blocks of masses m and m are connected by a string and pass over a frictionless pulley. mass m hangs vertically, and mass m moves on an inclined plane that makes an angle θ with the horizontal. draw a sketch, and if the coefficient of kinetic friction is μk, calculate the angle θ for which the blocks move with uniform velocity. discuss the special case when m = m

Explanation:

Force of friction on M mass so that it will move down the inclined plane is given as

now if it is moving down the inclined plane at constant speed

so we will have

on other side the mass "m" will go up at constant speed

so we have

so we have

so we have

for special case when m = M

then we have

6/12=1/2

step-by-step explanation:

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