The mass m is located on the rotating bar and it is also in connection with the vertical wall. The bar is rotating with a constant angular velocity wo as it is shown in the figure. The connections between the mass and the wall and the bar are frictionless. Determine the followings by using the parameters m, 00, d, 0.: a. The force that the bar is applying to the mass. (F) b. The force that wall is applying to the mass (N). c. If m 4 kg, oo-2 rad/s. d-1.2 m, 0-40°, calculate the numerical values of F and N.
The mass m is located on the rotating bar and it is also in connection with the vertical wall. The bar is rotating with a constant angular velocity wo as it is shown in the figure. The connections between the mass and the wall and the bar are frictionless. Determine the followings by using the parameters m, 00, d, 0.: a. The force that the bar is applying to the mass. (F) b. The force that wall is applying to the mass (N). c. If m 4 kg, oo-2 rad/s. d-1.2 m, 0-40°, calculate the numerical values of F and N.
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Transcribed Image Text:The mass m is located on the rotating bar and it is also
in connection with the vertical wall. The bar is rotating
with a constant angular velocity wo as it is shown in the
figure. The connections between the mass and the wall
and the bar are frictionless.
m
Determine the followings by using the parameters m,
C00, d, 0. :
a. The force that the bar is applying to the mass.
(F)
b. The force that wall is applying to the mass (N).
c. If m 4 kg, o0-2 rad/s, d-1.2 m, 0-40°,
calculate the numerical values of F and N.
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