A point mass of 1.50 kg is connected to the end of a 2.00 m long rod of negligible mass. The other end of the rod is fixed tó act as the axis of rotation regarding the mass. Three forces act on the system as show in the diagram below. F1 15.0 N @ 40.0° and acts 0.750 m from the axis of rotation F2 4.00 N @ 70.0° and acts 2.00 m from the axis of rotation F3 12.0 N @ 20.0° and acts 0.250 m from the axis of rotation Where the angles are relative to the horizontal. a) What is the Net torque acting? Include the associated direction (CW or CCW) answer 1.31 N m CW h) What is the asgular acceleration of the point mass? → answer 0.219 rad/s2

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Chapter1: Units, Trigonometry. And Vectors
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A point mass of 1.50 kg is connected to the end of a 2.00 m long rod of negligible mass.
The other end of the rod is fixed tó act as the axis of rotation regarding the mass. Three
forces act on the system as show in the diagram below.
F1 = 15.0 N @ 40.0° and acts 0.750 m from the axis of rotation
F2 =4.00 N @ 70.0° and acts 2.00 m from the axis of rotation
F3= 12.0 N @ 20.0° and acts 0.250 m from the axis of rotation
Where the angles are relative to the horizontal. a) What is the Net torque acting? Include
the associated direction (CW or CCW) answer 1.31 N m CW
b) What is the asgular acceleration of the point mass? → answer 0.219 rad/s²
Transcribed Image Text:A point mass of 1.50 kg is connected to the end of a 2.00 m long rod of negligible mass. The other end of the rod is fixed tó act as the axis of rotation regarding the mass. Three forces act on the system as show in the diagram below. F1 = 15.0 N @ 40.0° and acts 0.750 m from the axis of rotation F2 =4.00 N @ 70.0° and acts 2.00 m from the axis of rotation F3= 12.0 N @ 20.0° and acts 0.250 m from the axis of rotation Where the angles are relative to the horizontal. a) What is the Net torque acting? Include the associated direction (CW or CCW) answer 1.31 N m CW b) What is the asgular acceleration of the point mass? → answer 0.219 rad/s²
F1
X-
F3
F2
Transcribed Image Text:F1 X- F3 F2
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