k An assembly of blocks sits on a very smooth floor (see Figure). The bottom block (mass M) is connected to a spring. The top block (mass m) rests on the bottom block. There is a static friction interaction between the blocks; however, the bottom block slides smoothly along the floor. If the spring constant k is 94.7 N/m, M = 1kg, m = 0.5 kg and u, is 0.20 what is the maximum oscillation amplitude possible without the top block slipping? (PUHQ0445)

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Question 4
m
k
X = 0
An assembly of blocks sits on a very smooth floor (see Figure). The bottom block (mass M) is connected to a spring. The top block (mass m)
rests on the bottom block. There is a static friction interaction between the blocks; however, the bottom block slides smoothly along the floor.
If the spring constant k is 94.7 N/m, M = 1kg, m = 0.5 kg and µ, is 0.20 what is the maximum oscillation amplitude possible without the top
block slipping? (PUHQ0445)
Transcribed Image Text:Question 4 m k X = 0 An assembly of blocks sits on a very smooth floor (see Figure). The bottom block (mass M) is connected to a spring. The top block (mass m) rests on the bottom block. There is a static friction interaction between the blocks; however, the bottom block slides smoothly along the floor. If the spring constant k is 94.7 N/m, M = 1kg, m = 0.5 kg and µ, is 0.20 what is the maximum oscillation amplitude possible without the top block slipping? (PUHQ0445)
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