A 62.5 g block connected with two springs as shown in figure below, the initial length
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A 62.5 g block connected with two springs as shown in figure below, the initial length

A 62.5 g block connected with two springs as shown in figure below, the initial length for the two springs/ cm is 8.4 and the final length for the springs/ cm is k1 = 16.4 and k2 = 12.3


Complete the table below and plot a graph (Force vs displacement) with Excel and use the function SLOPE () to give a best estimate for the gradient through your data points.


a. explains how the spring constant was measured.

b. explains how the resonant frequency is identified.

c. a comparison of predicted results vs actual results.

d. discussion of the results with reflection on the equipment used and errors identified.

e. suggests one way the experiment could be modified to obtain improved results.

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Hint
Science"Spring constant : Springs are elastic mechanical objects which, when deformed is compressed or even stretched, returns to it's original shape. Therefore, the spring constant is the force needed to stretch or even for the compression of a spring, that is divided by the distance if spring gets longer or shorter. This is also used to determine the instability or the stability in a spring, lik...

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