0. Introduction Elasticity is usually measured using Hookes Law, F=kx, where F represents the core pulling the object, k represents the proportionality invariant and x represents the auxiliary in which the object increased its continuance by. (Giancoli Physics, P237) 1. Planning (A): aims of the experiment Research wonder: Using Hookes Law, what is the biggest cant over possible to be hanged on a border and no-count spates, while continuously adding cant overs? Hypothesis: I predict that the coat band nor the spring will be able to fix more(prenominal) than 2 kg of weight. Variables: Independent         Dependent         Control Variables metric weight unit ( force )         flush / no-good band         Spin of the weight         Volume of the weight 2. Planning (B): methods and tools List of instrument: 1 plateful 2 rubber bands 1 spring 20 weights weighting 100g each 1 ruler 1 pencil A piece of paper with a table 1 clamp 1 stand Diagram of set-up: Method: 1. The appliance were gathered and set as drawn above 2. The real(a) nurture of the weight was measured using a scale 3. We carefully added on the weights 4. We measured the length using a ruler 5. Data was preserve onto a table 6. fall back 2-5, and add extra weight each time. 3.
Data prayer Stretching a spring fill up toilet / kg         uncertainty in Load Mass / kg         distance / cm         Uncertainty in Length / cm 0         0         0         0 0,09         0,05 !         0,036         0,005 0,2         0,05         0,041         0,005 0,29         0,05         0,089         0,005 0,39         0,05         0,174         0,005 0,49         0,05         0,229         0,005 0,59         0,05         0,269         0,005 0,69         0,05         0,314         0,005 0,79         0,05         0,354         0,005 0,88         0,05         0,414         0,005 0,96         0,05         0,464         0,005 1,08         0,05         0,514         0,005 1,18         0,05         0,574         0,005 Stretching tw o rubber bands Load Mass / kg         Uncertainty in Load Mass / kg         Length / cm         Uncertainty in Length... If you fate to get a full essay, order it on our website: BestEssayCheap.com
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