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Asked by varshitchouhan8 | 19 Jan, 2023, 19:39: PM
answered-by-expert Expert Answer
Figure shows the two solid spheres of radius 18 cm and 12 cm placed in a cylindrical container of diameter 54 cm .
 
Line passing through point of contact C makes angle 53o as shown in figure. [ Refer the figure  sin-1 (24/30) = 53o ].
 
Mass of small sphere is 15 kg .
 
Hence the contact force between two spheres at point of contact C = 15 cos53 × g = 15 cos53 × 10 = 90.3 N
 
where g is acceleration due to gravity.
 
As can be seen from figure, horizontal component of contact force between two spheres = 90.3 × cos37 = 72 N
 
Force exerted at wall at point of contact R = 72 N
 
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Mass of larger sphere = 60 kg
 
Reaction force at Q is due to weight of larger sphere and vertical component of contact force between spheres.
 
Reaction force at Q = ( 60 × 10 ) + ( 90.3 × sin37 ) = 654 N
 
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