Let M = 8.00kg, m = 6.00kg, θ = 40.00, and the coefficient of kinetic friction...
Let M = 8.00kg, m = 6.00kg, θ = 40.00, and the coefficient of kinetic friction between m and the incline plane is 0.40 ; then after releasing the system what is the acceleration of each object? The pulley and string are small.
Homework Answers
From you question statement, I assume that mass M is hanging and mass m is on an incline....right ????
Let me know if diagram is different.
From free body diagram of M,
Mg = T
From free body diagram of m,
mgsin
-
ukmgcos = ma
Therefore, total net force
F = Mg - (mgsin +
ukmgcos)
F = 8*9.8 - (6*9.8*sin 40 + 0.4*6*9.8*cos 40)
F = 22.586 N
so,
a = F / total mass
a = 22.586 / 14
a = 1.613 m/s2
Add Answer to:
Let M = 8.00kg, m = 6.00kg, θ = 40.00, and the coefficient of
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