12kg L. The 12-kg block A in Fig. (a) is released from rest at the top of the 2-kg wedge B (position 1). Detemine the velocities of A and B when the block has reached the bottom of the inclined face of B as shown in Fig. (b) (position 2). Neglect friction. h = 04m (a) Position 0 (VAy2 (Va)2 (VA B 30 (b) Position (2

icon
Related questions
Question
The 12-kg block A in Fig. (a) is released from rest at the top of the 2-kg wedge B
| (position 1). Determine the velocities of A and B when the block has reached the
bottom of the inclined face of Bas showa in Fig. (b) (position 2). Negleat ficion.
12kg
2ks
h= 04 m
() Positon 0
(VA2
в
30
(b) Position 2
Transcribed Image Text:The 12-kg block A in Fig. (a) is released from rest at the top of the 2-kg wedge B | (position 1). Determine the velocities of A and B when the block has reached the bottom of the inclined face of Bas showa in Fig. (b) (position 2). Negleat ficion. 12kg 2ks h= 04 m () Positon 0 (VA2 в 30 (b) Position 2
Expert Solution
steps

Step by step

Solved in 4 steps

Blurred answer