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PHYSICS I Honor×PR EIB PHYSICS Name: Period: Date: DEVIL PHYSICS The BADDEST CLASS ON CAMPUS YOUNG MODULUS LAB PHYSICS 1 HONORS / PR EIB PHYSICS PROMPT AND RAW DATA COLLECTION SHEET 1. This sheet
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How to Fill Out Young's Modulus Lab Physics:

01
Begin by gathering all the necessary materials for the lab, including a ruler, a piece of string, weights, and a ruler with a micrometer.
02
Set up the experimental apparatus by tying one end of the string to the weight and the other end to a ceiling or clamp, ensuring that it hangs vertically.
03
Measure the initial length of the string using the ruler with a micrometer. Record this measurement as the starting length.
04
Add weights to the hanging end of the string one at a time, making sure to wait for the string to settle before adding the next weight.
05
Measure the new length of the string with each added weight using the ruler with a micrometer. Record these measurements for each weight added.
06
Calculate the change in length for each weight by subtracting the starting length from the measured lengths.
07
Plot a graph with the weight added on the x-axis and the change in length on the y-axis.
08
Determine the slope of the graph, which represents the Young's modulus of the material being tested.
09
Analyze the significance of the Young's modulus value obtained and draw conclusions based on the experimental results.

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Physics students or anyone studying material science would benefit from Young's modulus lab physics.
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Young's Modulus Lab Physics is a lab experiment to determine the stiffness of a material by measuring the ratio of stress to strain.
Students studying physics or material science are typically required to perform Young's Modulus Lab experiments.
Young's Modulus Lab Physics is filled out by conducting the experiment, recording data, and analyzing the results according to the lab instructions.
The purpose of Young's Modulus Lab Physics is to understand the elastic properties of materials and how they respond to applied stress.
The report for Young's Modulus Lab Physics typically includes the experimental method, data collected, calculations performed, and results obtained.
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