15% A B k = 500 N/m 115⁰ 15⁰ C D Q-2 Q-2: The coefficient of static friction between wedges B and C is and between the surfaces of contact B and A and C and D, If the spring is compressed 190 mm when in the position shown, determine the smallest force P needed to move wedge C to the left. Neglect the weight of the wedges.
15% A B k = 500 N/m 115⁰ 15⁰ C D Q-2 Q-2: The coefficient of static friction between wedges B and C is and between the surfaces of contact B and A and C and D, If the spring is compressed 190 mm when in the position shown, determine the smallest force P needed to move wedge C to the left. Neglect the weight of the wedges.
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must draw FBD
Given coefficient of static friction between B & C = 0.6
between B & A = 0.4
Between C & D = 0.4
Transcribed Image Text:15%
BY
k = 500 N/m
115⁰
P
D
Q-2
Q-2: The coefficient of static friction between wedges B and C is and between the surfaces of
contact B and A and C and D, If the spring is compressed 190 mm when in the position shown,
determine the smallest force P needed to move wedge C to the left. Neglect the weight of the
wedges.
15⁰ C
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