Lab Experiment
Objective: convey the moment of inactivity for the top disk only and accordingly both disks to landher, this allows you to find the moment of inertia of the bottom disk only.
Equipment: Computer and program, calculator interface, smart occlusion, one hanging visual modality, depict, reel/disk kit, digital caliper, bubble level.
Theory: Moment of inertia is described as resistance to rotate and in this laboratory we examine these effects. There are two discs on an axis vertebra that have jam and are free to rotate. If you attach a fibril to the axis and on the other end a weight and then drape the string over the pulley and allow the weight to fall, the disk will begin to rotate. It solely doesnt rotate as fast as you would think back beca phthisis of its rotational inertia. There are many things that affect the sum up at which the disk(s) rotate; like the radius of the disk(s) or the mass of the hung weight. You are taking the acceleration of the weight and then finding rotation of the disk and its moment of inertia. Doing this is connecting the linear adult male to the rotational world.
Procedure:
Part 1: a. Find the mass of the hanging weight using a top essence balance.
b. give a digital caliper to find the diam of the spools thus getting the radius.
c.
Put the weight on the string and drape it over the pulley.
d. Release the weight and hit take over on the estimator to give way collecting data.
e. Stop the computer program just before the weight gets to the end of the string.
f. riding habit the computer data to get the tangential acceleration and recitation that for your calculations.
Part 2: a. Put the weight on the string an drape it over the pulley.
b. Release the weight and hit start on the computer to start collecting data.
c. Stop the computer program just before the weight gets to the end of the string.
d. Use the computer program to get the tangential acceleration. Also use the graphs that are generated and pick three points on the graph...If you want to get a full essay, order it on our website: Orderessay
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