Consider the below Perfectly INELASTIC Agular collision and solve in given order. Disk 1 is falling: o Mass=3 [kg] ow = 5 [rad/s] OR = 4 [m] ol= 24 [kgm?] Rotating CW Disk 2: o Mass=6 (kg] Ow = 10 [rad/s] oR= 8 [m] ol = 192 [kgm2] Rotating CCW rad oE L3 = 1800[kgm2 ] ΣL 1800 [kgm %3D rad %3D I. Find law of conservation of energy: П. Find model for relative angular speed: Ш. Find n, and N2 IV. Find(E kg),: V. Find(ΣkA), :

Consider the below Perfectly INELASTIC Agular collision and solve in given order. Disk 1 is falling: o Mass=3 [kg] ow = 5 [rad/s] OR = 4 [m] ol= 24 [kgm?] Rotating CW Disk 2: o Mass=6 (kg] Ow = 10 [rad/s] oR= 8 [m] ol = 192 [kgm2] Rotating CCW rad oE L3 = 1800[kgm2 ] ΣL 1800 [kgm %3D rad %3D I. Find law of conservation of energy: П. Find model for relative angular speed: Ш. Find n, and N2 IV. Find(E kg),: V. Find(ΣkA), :

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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Consider the below Perfectly INELASTIC Agular collision and solve in given order.
Disk 1 is falling:
o Mass=3 [kg]
ow = 5 [rad/s]
OR = 4 [m]
ol= 24 [kgm?]
Rotating CW
Disk 2:
o Mass=6 (kg]
Ow = 10 [rad/s]
oR= 8 [m]
ol = 192 [kgm2]
Rotating
CCW
rad
oE L3 = 1800[kgm2 ]
ΣL 1800 [kgm
%3D
rad
%3D
I.
Find law of conservation of energy:
П.
Find model for relative angular speed:
Ш.
Find n, and N2
IV.
Find(E kg),:
V.
Find(ΣkA), :

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