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two small spheres A and B with masses m1 and m2 and of identical size of radius 2 cm , are attached to an inextensible massless string going over a fixed pulley . the mass m1 is immersed in water and the mass m2 is immersed in oil of specific gravity 0.75 . Both sufficiently deep that motion can ensue without either of mass coming out of liquid in which it is immersed . if m1 = 2kg and m2 = 5 kg and the system is released from rest when both the masses were at a horizontal level , calculate i) common acceleration of two masses ii) the tension in the string , when ensues (g= 10m/s2 ) . (ignore any friction and viscous effect in the liquids)


 two small spheres A and B with masses m1 and m2 and of identical size of radius 2 cm , are attached to an inextensible massless string going over a fixed pulley . the mass m1 is immersed in water and the mass m2 is immersed in oil of specific gravity 0.75 . Both sufficiently deep that motion can ensue without either of mass coming out of liquid in which it is immersed . if m1 = 2kg and m2 = 5 kg and the system is released from rest when both the masses were at a horizontal level , calculate 

i) common acceleration of two masses 

ii) the tension in the string  , when ensues (g= 10m/s2 ) . (ignore any friction and viscous effect in the liquids)


Grade:upto college level

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