Consider the bar with total mass m = 20kg and length L = 1m. 1m. The bar is uniform in density, so consider the weight broken up into 2 pieces: one on the left and one on the right, proportional to the amount of mass there. (a) If m₁ = 2kg, what force at A is exerted to maintain equilibrium? (b) Find the minimum value of the mass m1 required to cause of loss of contact at the smooth wall A.

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4.
20kg
Consider the bar with total mass m =
and length L = 1m. The bar is uniform
in density, so consider the weight broken up
into 2 pieces: one on the left and one on the
right, proportional to the amount of mass
there.
(a) If m₁ = 2kg, what force at A is exerted
to maintain equilibrium?
(b) Find the minimum value of the mass m₁
required to cause of loss of contact at the
smooth wall A.
A
30°
2L/3
0
m
L/3
Problem 4
B
mi
Transcribed Image Text:4. 20kg Consider the bar with total mass m = and length L = 1m. The bar is uniform in density, so consider the weight broken up into 2 pieces: one on the left and one on the right, proportional to the amount of mass there. (a) If m₁ = 2kg, what force at A is exerted to maintain equilibrium? (b) Find the minimum value of the mass m₁ required to cause of loss of contact at the smooth wall A. A 30° 2L/3 0 m L/3 Problem 4 B mi
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