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A Beaker Is Filled with Water $\rho$ ≪ $\rho$ _water Is Tied to a String

Question 41

Multiple Choice

$A beaker is filled with water. A ball of mass m and density \rho < \rho <sub>water</sub> is tied to a string. The other end of the string is then tied to the bottom of the beaker so that the ball is completely submerged. When the string is cut, the acceleration of the ball is A) . B) . C) g. D) . E) .$ A beaker is filled with water. A ball of mass m and density $\rho$ < $\rho$ _water is tied to a string. The other end of the string is then tied to the bottom of the beaker so that the ball is completely submerged. When the string is cut, the acceleration of the ball is

A) $A beaker is filled with water. A ball of mass m and density \rho < \rho <sub>water</sub> is tied to a string. The other end of the string is then tied to the bottom of the beaker so that the ball is completely submerged. When the string is cut, the acceleration of the ball is A) . B) . C) g. D) . E) .$ .
B) $A beaker is filled with water. A ball of mass m and density \rho < \rho <sub>water</sub> is tied to a string. The other end of the string is then tied to the bottom of the beaker so that the ball is completely submerged. When the string is cut, the acceleration of the ball is A) . B) . C) g. D) . E) .$ .
C) g.
D) $A beaker is filled with water. A ball of mass m and density \rho < \rho <sub>water</sub> is tied to a string. The other end of the string is then tied to the bottom of the beaker so that the ball is completely submerged. When the string is cut, the acceleration of the ball is A) . B) . C) g. D) . E) .$ .
E) $A beaker is filled with water. A ball of mass m and density \rho < \rho <sub>water</sub> is tied to a string. The other end of the string is then tied to the bottom of the beaker so that the ball is completely submerged. When the string is cut, the acceleration of the ball is A) . B) . C) g. D) . E) .$ .