[ e having same cross sectional area. Due to block the elongation in wire AB s Alyg and in wire CD is Algp then value of sider the diagram where block has weight of 200N. B and CD are two wires of different materials sten Given: Young’s modulus for both wires is ¥p o — (@) 2:3V2 () 1:2V3 (©) 3:3v2 (@ 1:3V3 Consider the diagram where block has weight of 200N. AB and CD are two wires of different materialsAlcphaving same cross sectional area. Due to block ,the elongation in wire AB is Alag and in wire CD is Alcp then value ofALAB45302mV2m200 NGiven: Young's modulus for both wires is Ycp = 2Yap[(a) 2:3/7(b) 1:23(c) 3:3/7(d) 1:3/3

Answered: Consider the diagram where block has…

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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[ e having same cross sectional area. Due to block the elongation in wire AB s Alyg and in wire CD is Algp then value of sider the diagram where block has weight of 200N. B and CD are two wires of different materials sten Given: Young’s modulus for both wires is ¥p o — (@) 2:3V2 () 1:2V3 (©) 3:3v2 (@ 1:3V3

Consider the diagram where block has weight of 200N. AB and CD are two wires of different materials
Alcp
having same cross sectional area. Due to block ,the elongation in wire AB is Alag and in wire CD is Alcp then value of
ALAB
45
30
2m
V2m
200 N
Given: Young's modulus for both wires is Ycp = 2Yap[
(a) 2:3/7
(b) 1:23
(c) 3:3/7
(d) 1:3/3

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