Question: In the first case, the relationship between F and H is found to be inverse when the height decrease the area will increase, and

In the first case, the relationship between F and H is found

In the first case, the relationship between F and H is found to be inverse when the height decrease the area will increase, and the force will increase too. Therefore, I need a logical and practical justification for this situation You can also put some illustrations to explain this situation and what is the link between them. kr= 1+ [0.4 (co. Efficient of friction) *D) /h] F= kr *Oy *A Current number one We have this law Ram pressure P= Y (ex+ 2*(L/d) As shown, the relationship is between P and L It is a direct relationship Whereas, when the ram pressure increases, billet length also increases You must give a reason for this situation in practice and a logical explanation for why this is happening. Remaining billet length 75 Ram pressure, p

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