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A graph paper is situated on a board as ...

A graph paper is situated on a board as shown in figure. Near the graph paper a spring is placed. A pencil attached to the end of the spring as shown in figure. The pencil is free to move on the graph paper. A stone of mass 50g m is placed 1 m above the spring. [Spring constant `k= 98N/m`]. What will happen to the length of mark if spring having smaller spring constant is used? Justify.

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A graph paper is situated on a board. Near the graph paper a spring is placed. A pencil is attached to the end of the spring. The pencil is free to move on the graph paper. A stone of mass 50g m is placed 1 m above the spring. [Spring constant k= 98N/m ] . the energy possessed by the stone due to its height is called cdots .

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MAXIMUM PUBLICATION-WORK ENERGY AND POWER -EXERCISE
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  2. A graph paper is situated on a board. Near the graph paper a spring is...

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