Three metal balls of equal masses m 1.25 kg are connected by massless rods as shown in the figure. The masses are located at (0,3), (4,0) and (-3,-2) cn measured from the origin, where the rods join. What is the moment of inertial of this system relative to the axis passing normal to the plane of the figure through the origin? (cm) k0,3) 3 2. (4,0) -1 -3-(-3,-2) | | -4 -3 -2 -1 0 1 2 3 4 (cm)

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Three metal balls of equal masses m- 1.25 kg are connected by massless rods as shown in the figure. The masses are located at (0,3), (4,0) and (-3,-2) cm as measured from the origin, where the rods join. What is the moment of inertial of this system relative to the axis passing normal to the plane of the figure through the origin?

Three metal balls of equal masses m 1.25 kg are connected by massless rods as shown in the figure. The masses are located at (0,3), (4,0) and (-3,-2) cm as
measured from the origin, where the rods join. What is the moment of inertial of this system relative to the axis passing normal to the plane of the figure
through the origin?
(cm)
k0,3)
1
0-
(4,0)
-1
-2
-3-(-3,-2)
-4 -3 -2 -1 01 2 3 4
(cm)
104.5 kg-cm2
b.47.5 kg-cm2
o. 96.3 kg-cm2
d. 76.0 kg-cm?
oe. 66.0 kg-cm2
Transcribed Image Text:Three metal balls of equal masses m 1.25 kg are connected by massless rods as shown in the figure. The masses are located at (0,3), (4,0) and (-3,-2) cm as measured from the origin, where the rods join. What is the moment of inertial of this system relative to the axis passing normal to the plane of the figure through the origin? (cm) k0,3) 1 0- (4,0) -1 -2 -3-(-3,-2) -4 -3 -2 -1 01 2 3 4 (cm) 104.5 kg-cm2 b.47.5 kg-cm2 o. 96.3 kg-cm2 d. 76.0 kg-cm? oe. 66.0 kg-cm2
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