Solution Found!
Refer to Exercise 15. Assume that F = 750 ± 1 N, R = 0.65
Chapter 3, Problem 27E(choose chapter or problem)
Refer to Exercise 15. Assume that \(F=750\pm1\mathrm{\ N}\), \(R=0.65\pm0.09\mathrm{\ mm}\), \(L_0=23.7\pm0.2\mathrm{\ mm}\), and \(L_1=27.7\pm0.2\mathrm{\ mm}\). Estimate \(Y\), and find the relative uncertainty in the estimate.
Equation Transcription:
Text Transcription:
F = 750 pm 1 N
R = 0.65 pm 0.09 mm
L_0 = 23.7 pm 0.2 mm
L_1 = 27.7 pm 0.2 mm
Y
Questions & Answers
QUESTION:
Refer to Exercise 15. Assume that \(F=750\pm1\mathrm{\ N}\), \(R=0.65\pm0.09\mathrm{\ mm}\), \(L_0=23.7\pm0.2\mathrm{\ mm}\), and \(L_1=27.7\pm0.2\mathrm{\ mm}\). Estimate \(Y\), and find the relative uncertainty in the estimate.
Equation Transcription:
Text Transcription:
F = 750 pm 1 N
R = 0.65 pm 0.09 mm
L_0 = 23.7 pm 0.2 mm
L_1 = 27.7 pm 0.2 mm
Y
ANSWER:Solution
Step 1 of 4
Here we have to find the uncertainty of young’s modulus for the material
Given tensile force
From this F=750,
Given radius
From this R=0.65,
Given initial length of the wire
From this =23.7,
Given final length of the wire
From this =27.7,