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How do you find out stiffness of spring by rectangular footing? - Answers

To determine the stiffness of a spring using a rectangular footing, you can apply a known load to the footing and measure the resulting deflection. The stiffness (k) can be calculated using Hooke's Law, expressed as ( k = \frac{P}{\delta} ), where ( P ) is the applied load and ( \delta ) is the measured deflection. Ensure that the setup is stable and that the load is applied uniformly to obtain accurate results. This method provides an effective way to evaluate the spring's stiffness under realistic conditions.



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How do you find out stiffness of spring by rectangular footing? - Answers

https://math.answers.com/math-and-arithmetic/How_do_you_find_out_stiffness_of_spring_by_rectangular_footing

To determine the stiffness of a spring using a rectangular footing, you can apply a known load to the footing and measure the resulting deflection. The stiffness (k) can be calculated using Hooke's Law, expressed as ( k = \frac{P}{\delta} ), where ( P ) is the applied load and ( \delta ) is the measured deflection. Ensure that the setup is stable and that the load is applied uniformly to obtain accurate results. This method provides an effective way to evaluate the spring's stiffness under realistic conditions.



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https://math.answers.com/math-and-arithmetic/How_do_you_find_out_stiffness_of_spring_by_rectangular_footing

How do you find out stiffness of spring by rectangular footing? - Answers

To determine the stiffness of a spring using a rectangular footing, you can apply a known load to the footing and measure the resulting deflection. The stiffness (k) can be calculated using Hooke's Law, expressed as ( k = \frac{P}{\delta} ), where ( P ) is the applied load and ( \delta ) is the measured deflection. Ensure that the setup is stable and that the load is applied uniformly to obtain accurate results. This method provides an effective way to evaluate the spring's stiffness under realistic conditions.

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      To determine the stiffness of a spring using a rectangular footing, you can apply a known load to the footing and measure the resulting deflection. The stiffness (k) can be calculated using Hooke's Law, expressed as ( k = \frac{P}{\delta} ), where ( P ) is the applied load and ( \delta ) is the measured deflection. Ensure that the setup is stable and that the load is applied uniformly to obtain accurate results. This method provides an effective way to evaluate the spring's stiffness under realistic conditions.
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