Materials

Question 11

An elastic safety buffer in a train coupling system is compressed by a compressive force $F$ . The buffer behaves as an ideal spring obeying Hooke's law with spring constant $k$ . At maximum compression, the elastic potential energy stored in the buffer is $U$ .

Determine an expression for the spring constant $k\,$ in terms of $U\,$ and $F$ .

[3]

Materials

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Question 11

An elastic safety buffer in a train coupling system is compressed by a compressive force $F$ . The buffer behaves as an ideal spring obeying Hooke's law with spring constant $k$ . At maximum compression, the elastic potential energy stored in the buffer is $U$ .

Determine an expression for the spring constant $k\,$ in terms of $U\,$ and $F$ .

[3]

Materials

Question 11

Markscheme

Materials

Question 11

Markscheme

Materials

Question 11

Materials Questions

Materials

Question 11

Materials Questions