In the following figure the masses of the blocks A and B are same and each equal to m. The tensions in the strings OA and AB are T₂ and T₁, respectively. The system is in
equilibrium with a constant horizontal force mg on B. Then T₁ is

Question

Infinity Learn · Accepted Answer

Considering free body diagram of block BΣ$$Fx=0$$;$$T1cos$$⁡θ$$1=mg$$  .......(i)Σ$$Fy=0$$;$$T1sin$$⁡θ$$1=mg$$  .......(ii)By$$ squaring and adding $$equations(i) & (ii), we $$getT12sin2$$⁡θ$$1+cos2$$⁡θ$$1=2(mg)2$$∴$$T1=2mg$$

In the following figure the masses of the blocks A and B are same and each equal to m. The tensions in the strings OA and AB are T₂ and T₁, respectively. The system is in
equilibrium with a constant horizontal force mg on B. Then T₁ is

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In the following figure the masses of the blocks A and B are same and each equal to m. The tensions in the strings OA and AB are T2 and T1, respectively. The system is inequilibrium with a constant horizontal force mg on B. Then T1 is

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In the following figure the masses of the blocks A and B are same and each equal to m. The tensions in the strings OA and AB are T₂ and T₁, respectively. The system is in
equilibrium with a constant horizontal force mg on B. Then T₁ is