Some objects, during their manufacture, need to go through a cooling process. For this to occur, a factory uses a cooling tank, as shown in the figure. What would happen to the water level if we placed an object in the tank whose volume was $2400\mathrm{~cm}^{3}$? (A) The level would rise $0.2\mathrm{~cm}$, making the water $20.2\mathrm{~cm}$ high. (B) The level would rise 1 cm, making the water 21 cm high. (C) The level would rise 2 cm, making the water 22 cm high. (D) The level would rise 8 cm, causing the water to overflow. (E) The level would rise 20 cm, causing the water to overflow.
Some objects, during their manufacture, need to go through a cooling process. For this to occur, a factory uses a cooling tank, as shown in the figure.
What would happen to the water level if we placed an object in the tank whose volume was $2400\mathrm{~cm}^{3}$?\\
(A) The level would rise $0.2\mathrm{~cm}$, making the water $20.2\mathrm{~cm}$ high.\\
(B) The level would rise 1 cm, making the water 21 cm high.\\
(C) The level would rise 2 cm, making the water 22 cm high.\\
(D) The level would rise 8 cm, causing the water to overflow.\\
(E) The level would rise 20 cm, causing the water to overflow.