gracy
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I have given my best.ehild said:The problem was poorly worded.
The problem involves a block sliding down a smooth triangular wedge, which is placed on a smooth floor. The objective is to find the velocity of the wedge when the block reaches the bottom. The discussion centers around the application of conservation of linear momentum and energy in this context.
The discussion is ongoing, with participants actively questioning assumptions and clarifying the initial conditions necessary for applying conservation laws. There is recognition that the problem may not have been clearly stated, leading to varied interpretations of the initial state of the system.
Participants note that the problem involves a block at a height h and that the system is considered to be at rest before the block is released. There is some confusion regarding the forces acting on the block and wedge during their interaction.
I have given my best.ehild said:The problem was poorly worded.
Then write it as h=1/2 MV^2(M+m)/(m^2 g)gracy said:h=1/2 MV^2(M+m)÷m^2 g.
g is in multiplication with m^2.
gracy said:I have given my best.