A particle of mass 'm' moves in horizontal plane along the curve s = a0 as shown in figure, where is angle made by tangent to the curve with x- axis and s is the distance coverved along the curve. Lagrangian of particle is y (a) 1 2 -ma²0² 50 -X (b) 1 ma ma² sin² 00² 2 1 (c) = ma² cos²00² (d) ma² sin² 00² - 2

A particle of mass 'm' moves in horizontal plane along the curve s = a0 as shown in figure, where is angle made by tangent to the curve with x- axis and s is the distance coverved along the curve. Lagrangian of particle is y (a) 1 2 -ma²0² 50 -X (b) 1 ma ma² sin² 00² 2 1 (c) = ma² cos²00² (d) ma² sin² 00² - 2

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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(d)
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ma²0²
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(c) — ma
Q
// (m
(m₁ −m₂) x² +m₁gx+m₂g (l-x-лR)
ma² cos² 00²
Erase
A particle of mass 'm' moves in horizontal plane
along the curve s = a0 as shown in figure, where
is angle made by tangent to the curve with x-
axis and s is the distance coverved along the curve.
Lagrangian of particle is
1
X
#
1
(b) ma-sin°Đô
(d) ma² sin² 00²
P 2
ENG
IN
40
0
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22:27
22-07-2022
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