*Also read your specification as to what they expect from conclusions, it varies arbitrarily between exam boards To add to the very sound advice above (#2), I would also suggest, if it's possible, that you go back and measure the extension of the 2nd spring separately.From the results it does look as though the springs were not identical.If I ignore the mass of the 2nd spring, the two tensions have to be equal and both equal to the force.*

*Also read your specification as to what they expect from conclusions, it varies arbitrarily between exam boards To add to the very sound advice above (#2), I would also suggest, if it's possible, that you go back and measure the extension of the 2nd spring separately.*From the results it does look as though the springs were not identical.

The theory is based on Hooke's law which is: F = kx where F = Force, k = Constant and x = Extension [Ref. Unfortunately with the springs I have, I can only measure extension, not compression for which Hooke's is also valid.Parallel Springs: In the diagram above, T1 is the tension in spring 1, and T2 is the tension is spring 2. I assume the two springs are originally the same length and the extensions are the same in both springs. So by knowing this, you get the formula: F = k1x k2x = x (k1 k2).So overall, the spring constant for the two springs is k1 k2.Hypothesis The change in length of spring is directly proportional to the applied so that it will cause greater change in length of the spring for greater force applied.It is supported by the formula of force, F = kx, where F is the applied force, k is the spring constant of the spring, and x is the change in length or extension of the spring.I'm really stuck on writing the conclusion for this experiment.I thought I had it last night tonight it doesn't make sense any more.When we do the maths for double the mass 0.025 * 364 In series 0.011 * 202 = 2.22 The force is just over what would be expected.This is by about the same amount as a single spring.Systematic errors like measurements can only be or – 1mm certain. I'm going to finish writing up my youngs split experiment because apparently I can understand that one.Clearly two identical springs in parallel have twice as large spring constant right?

## Comments Force And Extension Experiment Coursework

## GCSE Physics required practical activity Force and Extension.

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The relationship between a load force and a light spring F=k.x was first. in conducting this experiment is when measuring the extension of the spring, as the.…

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Oct 26, 2018. Experiment 4 Title Experiment with a spiral spring Oscillation Objective 1. To show. Pssst we can write an original essay just for you. Let the force constant of the spring, i.e. the force to produce unit extension, be k.…

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The aim of the experiment is to investigate the relationship between a force and the extension of a spring, and see if the spring obeys Hooke's law.…

## Hookes law. Writing the conclusion - The Student Room

I'm really stuck on writing the conclusion for this experiment. Hooke's law states that the mass added to the spring will be directly proportional to the extension. two identical springs in series will extend twice as much for the same force k/2. question help · Does anyone have Law a level essay writing techniques.…