. (b) Three blocks of masses 10 kg, 20 kg and 30 kg respectively are placed in constant with one a shown in figure. The mass of 30 kg is pushed with a force of 60 N. Find the force exerted by mass on 10 kg mass.

. (b) Three blocks of masses 10 kg, 20 kg and 30 kg respectively are p

1.	. (b) Three blocks of masses 10 kg, 20 kg and 30 kg respectively are placed in constant with one a shown in figure. The mass of 30 kg is pushed with a force of 60 N. Find the force exerted by mass on 10 kg mass.
Answer» For calculating force use the formulaa= F(net)/total massso a= 60/10+20+30a= 60/60 = 1 m/snow, if force is applied on 1 BODY thentension between 2 and 3 body isT1=mass X acceleration= 30x1 = 30 NAND the TENSION between 1 and 2 body IST = (30+20)x1 = 50N

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. (b) Three blocks of masses 10 kg, 20 kg and 30 kg respectively are placed in constant with one a shown in figure. The mass of 30 kg is pushed with a force of 60 N. Find the force exerted by mass on 10 kg mass.​

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. (b) Three blocks of masses 10 kg, 20 kg and 30 kg respectively are placed in constant with one a shown in figure. The mass of 30 kg is pushed with a force of 60 N. Find the force exerted by mass on 10 kg mass.