A net torque is acting on the two particles shown in the figure for two seconds. Given the information below: (a) Calculate the magnitude and direction of the net angular momentum of particles A and B about the origin point O. (b) Then find the net torque acting this system about point O. mĄ = 6.2 kg тв 3D 3.1 kg VA = 1.2 m/s %3D Vg = 2.6 m/s ri = 1.5 m r2 = 2.7 m B VB r2 A Va
A net torque is acting on the two particles shown in the figure for two seconds. Given the information below: (a) Calculate the magnitude and direction of the net angular momentum of particles A and B about the origin point O. (b) Then find the net torque acting this system about point O. mĄ = 6.2 kg тв 3D 3.1 kg VA = 1.2 m/s %3D Vg = 2.6 m/s ri = 1.5 m r2 = 2.7 m B VB r2 A Va
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Transcribed Image Text:A net torque is acting on the two particles shown in the figure for two seconds. Given
the information below:
(a) Calculate the magnitude and direction of the net angular momentum of particles A
and B about the origin point O.
(b) Then find the net torque acting this system about point O.
= Vu
6.2 kg
Тв 3D 3.1 kg
VA =
1.2 m/s
VB =
2.6 m/s
ri3D 1.5 т
r2 = 2.7 m
VB
r2
A
Va
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