The 10-kg steel sphere is suspended through light rigid rods from the 25-kg frame that slides down a smooth inclined ramp on a vertical plane. The masses of the rods are incorporated in the mass of the frame. Determine the tension in each of the rods. 45° 45° 20°
The 10-kg steel sphere is suspended through light rigid rods from the 25-kg frame that slides down a smooth inclined ramp on a vertical plane. The masses of the rods are incorporated in the mass of the frame. Determine the tension in each of the rods. 45° 45° 20°
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
Transcribed Image Text:The 10-kg steel sphere is suspended through light rigid rods from the 25-kg frame that slides down a
smooth inclined ramp on a vertical plane. The masses of the rods are incorporated in the mass of the
frame. Detemine the tension in each of the rods.
A
45°
45°
B
20°
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Given,
A sphere is hanged with two ropes
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