Two solid spheres A and B of equal volumes but of different densities d A and d B 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

Question

Two solid spheres A and B of equal volumes but of different densities d A and d B 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 (A) d A < d F  (B) d B > d F  (C) d A > d f  (D) d A + d B =2 d F

Tardigrade Admin · Accepted Answer

Correct answer is (a) d A < d F Correct answer is (b) d B > d F Correct answer is (d) d A + d B =2 d F

$d_{A} < d_{F}$

$d_{B} > d_{F}$

$d_{A} > d_{f}$

$d_{A} + d_{B} = 2 d_{F}$

Correct answer is (a) $d_{A} < d_{F}$ Correct answer is (b) $d_{B} > d_{F}$ Correct answer is (d) $d_{A} + d_{B} = 2 d_{F}$

dA​<dF​

dB​>dF​

dA​>df​

dA​+dB​=2dF​

Correct answer is (a) dA​<dF​ Correct answer is (b) dB​>dF​ Correct answer is (d) dA​+dB​=2dF​

$d_{A} < d_{F}$

$d_{B} > d_{F}$

$d_{A} > d_{f}$

$d_{A} + d_{B} = 2 d_{F}$

Correct answer is (a) $d_{A} < d_{F}$ Correct answer is (b) $d_{B} > d_{F}$ Correct answer is (d) $d_{A} + d_{B} = 2 d_{F}$