$B{m}_{B}kd{m}_A,m_B,kgd=m_A$ and rests $on$ the pan $B,$ which has a mass $m_B.$ Both are supported $by$ a spring having a stiffness $k$ that $is$ attached $to$ the bottom $of$ the pan and $to$ the ground. $(Eigure1)$

Figure

$1of1$

Part $A$

Determine the distance $d$ the pan should $be$ pushed down from the equilibrium position and then released from rest $so$ that separation $of$ the block will take place from the surface $of$ the pan $at$ the instant the spring becomes unstretched.

Express your answer $in$ terms $of$ some $or$ all $of$ the variables $m_A,m_B,k$ and $g.$

$d=$

Previous Answers

Request Answer

Incorrect; Try Again; $9$ attempts remainingo$9$