The coefficient of friction between the block and inclined plane is 0.3. The system as shown in Figure E 7.2 is initially at rest and the block B comes in rest on block C. Determine (a) the maximum velocity of block A and (b) the distance travelled by block A. The mass of block A is m, = 60 kg, block B is m, = 35 kg and block C is m. = 60 kg. 0.3 m 30 0.75 m
The coefficient of friction between the block and inclined plane is 0.3. The system as shown in Figure E 7.2 is initially at rest and the block B comes in rest on block C. Determine (a) the maximum velocity of block A and (b) the distance travelled by block A. The mass of block A is m, = 60 kg, block B is m, = 35 kg and block C is m. = 60 kg. 0.3 m 30 0.75 m
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Please solve this problem.
Final answer :
(A) 2.19 m/s
(B) 1.33 m
Transcribed Image Text:The coefficient of friction between the block and inclined plane is 0.3. The system as
shown in Figure E 7.2 is initially at rest and the block B comes in rest on block C.
Determine (a) the maximum velocity of block A and (b) the distance travelled by block
A. The mass of block A is m, = 60 kg, block B is m, = 35 kg and block C is m̟ = 60 kg.
0.3 m
C
30
0.75 m
Figure E 7.2
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