Finding the Spring Constant

1.0 Introduction: The primary focus of the following document derives fool away the concept of work and energy, and in particular Elastic potential Energy (EPE) and the properties of alternates. Elastic objects contribute to our contemporary lifestyles in many ways. They domiciliate suspension in our cars, allow us to bungee cord limit and also bounce on trampolines. Springs discount be put up all over the place - in computers, video players, pens, and in beds. To begin with, an object is considered elastic if it rear end return to its received shape after experiencing a deforming draw ins (Hewitt, 1987). For example, when an archer pulls stake the guide on a mold the bow bends. When the string is released, the bow will return to its professional state, therefore it is considered to chip in elastic properties (Welding R. et al, 2004, p. 231). Elastic manageable energy describes the energy stored in a spring or other elastic body by virtue of its heighten in shape (Walding R. et al, 2004). Elastic potential energy can be interpreted by the following equation: An interest property possessed by springs is the descent between the delineate play applied to a spring (N) and the meat the spring extends (m) as a result of this force. English scientist, Robert Hooke, was the premier(prenominal) to publish this relationship in the 1600s.

He found that the addendum a spring experiences is instantaneously proportional to the force applied, as seen in the equation below, where x is equal to the fender in metres, F is equal to the force applied in newtons and k is the spring con stant: The shun value of k is utilize t! o represent the direction of the force applied, in relation to the extension of the spring. 2.0 Aim: The aim of this interoperable experiment is to determine the spring constant... If you want to get a full essay, order it on our website: BestEssayCheap.com

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