Introduction The purpose of this lab is to scrutiny Hookes law, the law of bendable cut back that states that the amount of thin out of something is directly proportionate to the draw in applied. The test will be conducted by placing weights on the end of respective(a) springs and measuring their stretch. If the most weight is placed on the largest spring, because it will stretch the most. mapping/Materials Materials needed: - Ring stand/ backup man tower - 3 springs of carious sizes - account clip - Masking tape - Meter place - set(p) of slotted canaille - Large rubber band - Graph Paper Procedure: 1. We first hung one of the springs, doesnt publication which one, from the paper clip, which was hung from our support stand. in that location was a measuring stick on the support, so we did not use the meter stick. 2. We therefore measured where the end of the gem clip rested, and used that as our a priori zero. 3. We consequently attached unlike potbellyes to t he end of the spring. later every time we added a mass, we measured where the paperclip was resting, and preserve the mass in kilograms and stretch in meters into our data table. 4. We thence repeated steps 1-3 for the separate springs and the rubber band. 5. afterward we stainless steps 1-4, we calculated the force of distributively mass by multiplying the mass in kilograms by 9.84 m/s, the earths gravitational pull, to point the force of each mass in Newton meters. 6.
We then graphed the force (y-axis) vs. stretch (x-axis). 7. After graphing the lines, we found the spring unceasing for each spring by findin g the slope of each springs graph. Data and! Calculations         Mass         ram down         Stretch         Spring Constant Spring 1         .4 kg         3.92 N         .005 M         1.000         .5         4.9         .01         ... If you want to get a amply essay, order it on our website:
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