Determination of K by the use of a Spring Oscillations System
Experiment #3 for AMS320 involves a jumpstart oscillating system to determine the value of K, the force value of an oscillating fount system. The spring is secured to a solidness point and allowed to hang vertically below the solid stand. On the tin of the spring is confiscateed a brand ring with in which to attach a known heart and soul of lading in (kg). The weightings are added to the ring and the spring is pulled into a small amount of latent hostility and released. The spring go out thence oscillate up and down and a stopwatch will be used to measure the amount of time it takes the weight and spring system to stretch and recoil ten times. The invention of measuring the spring ten times is to stay a more accurate measurement of the duration of one bike by dividing the result by ten.
To start the experiment the teacher secures the anchor to the table with a c-clamp that will hold the spring system. The weight of the spring is then determined and the weight of the leaf blade ring. These measurements are critical as 1/3 of the weight of the spring is added to the total weight measurement. The ring used to attach the known weight amount must also be added to the total weight.
The measurements of the spring, ring and 1/3 the weight of the spring is listed below:
Mass of Spring| 0.082 kg|
Mass of shout| 0.009 kg|
1/3 Weight of Spring| 0.027 kg|
These numbers will be critical in determine the value of K.
Next the instructor attached a known amount of weight to the bottom of the spring-system of 0.05kg and pulls the spring into tension and releases it. He then starts the stopwatch when the weight reaches the bottom of a cycle and counts ten cycles and stops the stopwatch when the weight reaches the bottom of the tenth cycle and we then divide the result by ten to record a ten cycle average. This attend is repeated twenty times, each time adding 0.05kg. A...If you want to get a full essay, order it on our website: Orderessay
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