Block B is set on the wedge A and released from rest. Assume all surfaces of contact are smooth (both A and B, and between A and the supporting surface C). Take m = 24 kg, mg = 2 kg, and 0=35°. aA MA MB 8 BIA g=9.81m/s²
Block B is set on the wedge A and released from rest. Assume all surfaces of contact are smooth (both A and B, and between A and the supporting surface C). Take m = 24 kg, mg = 2 kg, and 0=35°. aA MA MB 8 BIA g=9.81m/s²
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![Block B is set on the wedge A and released from rest. Assume all surfaces of contact are smooth (both between
A and B, and between A and the supporting surface C). Take m = 24 kg, mg = 2 kg, and 0=35°.
aA
MA
MB
C
ORIA
8=9.81m/s²
The acceleration of B with respect to A is given by aB/A:
m/s²](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4edd7948-fe36-4ff6-925c-2b77549cf078%2F65c13cd1-b0c7-4234-a4a3-d9c8c2e2744b%2F045bzoa_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Block B is set on the wedge A and released from rest. Assume all surfaces of contact are smooth (both between
A and B, and between A and the supporting surface C). Take m = 24 kg, mg = 2 kg, and 0=35°.
aA
MA
MB
C
ORIA
8=9.81m/s²
The acceleration of B with respect to A is given by aB/A:
m/s²
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