Two solid spheres are of equal volumes, but of different densities dA and dB and are connected by a string. They are fully immersed in a fluid of density dF. They get arranged into an equilibrium state as shown in the figure with a tension in the string. The arrangement is possible only if

Two solid spheres are of equal volumes, but of different densities dA

1.	Two solid spheres are of equal volumes, but of different densities dA and dB and are connected by a string. They are fully immersed in a fluid of density dF. They get arranged into an equilibrium state as shown in the figure with a tension in the string. The arrangement is possible only if
Answer» Two solid spheres are of equal volumes, but of different densities $d_{A}$ and $d_{B}$ and are connected by a string. They are fully immersed in a fluid of density $d_{F}$ . They get arranged into an equilibrium state as shown in the figure with a tension in the string. The arrangement is possible only if