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Pi- Pf 1. (m, + m,) VBw= m,VB VWB =mg V (mB + m,) nce combined, the bullet+block system swing upward to a maximum height, h. In doing so, the netic energy of the system (just after colliding) is converted into gravitational potential energy. In terms of g, VWB, h, mR , and mw write these two energies below: K = Ug = ext, show how conservation of mechanical energy can be used to relate the velocity, vWB, of the bullet+block system just after colliding to the maximum swing height, h. E = E, (show steps)

Pi- Pf 1. (m, + m,) VBw= m,VB VWB =mg V (mB + m,) nce combined, the bullet+block system swing upward to a maximum height, h. In doing so, the netic energy of the system (just after colliding) is converted into gravitational potential energy. In terms of g, VWB, h, mR , and mw write these two energies below: K = Ug = ext, show how conservation of mechanical energy can be used to relate the velocity, vWB, of the bullet+block system just after colliding to the maximum swing height, h. E = E, (show steps)

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K=Ug= 

Vwb=

Vo=

Pi = Pr 1. (mg +mw) VBw= M,VB = M3VB W VWB =mg Vg (m, + m,) Once combined, the bullet+block system swing upward to a maximum height, h. In doing so, the kinetic energy of the system (just after colliding) is converted into gravitational potential energy. In terms of g, VWB, h, mB , and mw write these two energies below: K = Ug = Next, show how conservation of mechanical energy can be used to relate the velocity, vwR, of the bullet+block system just after colliding to the maximum swing height, h. WB E = E, (show steps) VWB 2. The last step is to combine the results from steps 1 and 3 to find the desired result. Use these to show that the initial bullet speed can be determined from the maximum swing height, h (also g, and the masses)- (show steps) Vo =
Transcribed Image Text:Pi = Pr 1. (mg +mw) VBw= M,VB = M3VB W VWB =mg Vg (m, + m,) Once combined, the bullet+block system swing upward to a maximum height, h. In doing so, the kinetic energy of the system (just after colliding) is converted into gravitational potential energy. In terms of g, VWB, h, mB , and mw write these two energies below: K = Ug = Next, show how conservation of mechanical energy can be used to relate the velocity, vwR, of the bullet+block system just after colliding to the maximum swing height, h. WB E = E, (show steps) VWB 2. The last step is to combine the results from steps 1 and 3 to find the desired result. Use these to show that the initial bullet speed can be determined from the maximum swing height, h (also g, and the masses)- (show steps) Vo =
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