A hollow sphere of mass M=50 kg and radius r=(340π)13m is immersed in a tank of water (density ρw=103 kg/m3). The sphere is tied to the bottom of a tank by two wires A and B as shown. Tension in wire A is (g=10 m/s2)

A hollow sphere of mass M=50 kg and radius r=(340π)13m is immersed in

1.	A hollow sphere of mass M=50 kg and radius r=(340π)13m is immersed in a tank of water (density ρw=103 kg/m3). The sphere is tied to the bottom of a tank by two wires A and B as shown. Tension in wire A is (g=10 m/s2)
Answer» A hollow sphere of mass $M = 50 kg$ and radius $r = {(\frac{3}{40 π})}^{\frac{1}{3}} m$ is immersed in a tank of water (density $ρ_{w} = 10^{3} {kg/m}^{3})$ . The sphere is tied to the bottom of a tank by two wires $A$ and $B$ as shown. Tension in wire $A$ is $(g = 10 {m/s}^{2})$

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A hollow sphere of mass M=50 kg and radius r=(340π)13m is immersed in a tank of water (density ρw=103 kg/m3). The sphere is tied to the bottom of a tank by two wires A and B as shown. Tension in wire A is (g=10 m/s2)

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