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QI/Given the three-dimensional potential energy function V(r) = vo -số3er/8 where r = ix +jy + kz and V0, k. and o are constants, a- find the force fimction. b- For V0-1. s-6. and & = 1/3. find the magnitude of the force at the point (x=1. y-2.z=1), %3D

QI/Given the three-dimensional potential energy function V(r) = vo -số3er/8 where r = ix +jy + kz and V0, k. and o are constants, a- find the force fimction. b- For V0-1. s-6. and & = 1/3. find the magnitude of the force at the point (x=1. y-2.z=1), %3D

College Physics
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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QUGiven the three-dimensional potential energy function V) = vn-%:sl:*/'“ wherer = i x + fy + kz and V0. k and & are constants, a- find the force function. b= For VO=1, s=6, aud § = 1/3, find the magnitude of the force at the point (x=1, y=2.2=1),
QI/Given the three-dimensional potential energy function V(r) = vo -số3er/8 where r ix +jy + kz and V0. k. and 5 are constants, a- find the force function. b- For VO-1. s=6. and 8 = 1/3. find the magnitude of the force at the point (x-1. y-2.z-1). %3D
Transcribed Image Text:QI/Given the three-dimensional potential energy function V(r) = vo -số3er/8 where r ix +jy + kz and V0. k. and 5 are constants, a- find the force function. b- For VO-1. s=6. and 8 = 1/3. find the magnitude of the force at the point (x-1. y-2.z-1). %3D
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