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To test three different springs.

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Aim:- To test three different springs. Spring one has the length of 55.5 Spring two has the length of 59 Spring three has the length of 60.3 I want to find out how much mass the spring can take before not being able to go back to its orginal state. Scientific knowledge: - Hook's Law if you stretch something with a steadily increasing force, then the length will increase steadily two. ...read more.


The point the straight line ends up at is the elastic limit. Apparatus: - clamp stand, ruler, 3 different types of springs and some weights. Fair test: - To add the same amount of weight on each spring. But some of the weights will be able to take more mass then the other ones. Safe test: - Wear safety glasses, lab coats and tie long hair back. ...read more.


Then take down your results. Results:- Spring 1 Mass Kg Extension cm 55.5 50g 0 100g 0 150g 0.1 200g 0.4 250g 1 300g 1.8 400g 1.9 Spring 2 Mass Kg Extension cm 59 100g 2 150g 3.7 200g 5.7 250g 8.5 300g 10.5 Spring 3 Mass Kg Extension 60.3 100g 2.4 150g 4.1 200g 6.2 250g 8.7 Evaluation: - My experiment did not go to well as it was not a fair test as some of springs got more weight then the other springs. And that my graph did not go in a straight line so it didn't follow Hook's law strictly. ...read more.

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