The system on the right will reach equilibrium. The system on the left will not.
Choose the answer that supports this statement.
Responses
A The system on the right is a closed system. Because not matter can leave the system, it is said to be in equilibrium.The system on the right is a closed system. Because not matter can leave the system, it is said to be in equilibrium.
B The system on the right is a closed system. Energy will not pass out of the system. The rate of evaporation slows and stops so that condensation can begin.The system on the right is a closed system. Energy will not pass out of the system. The rate of evaporation slows and stops so that condensation can begin.
C The system on the right is a closed system. Matter will not be exchanged with the surroundings. The rate of evaporation equals the rate of condensation and the system remains unchanged.The system on the right is a closed system. Matter will not be exchanged with the surroundings. The rate of evaporation equals the rate of condensation and the system remains unchanged.
D The system on the right is a closed system. Matter and energy will not be exchanged with the surroundings. The rate of evaporation equals the rate of condensation and the system remains unchanged.
C The system on the right is a closed system. Matter will not be exchanged with the surroundings. The rate of evaporation equals the rate of condensation and the system remains unchanged.
C The system on the right is a closed system. Matter will not be exchanged with the surroundings. The rate of evaporation equals the rate of condensation and the system remains unchanged.
The answer that supports the statement is D.
Explanation: The key points in the description are that the system on the right is a closed system, meaning that neither matter nor energy can be exchanged with the surroundings. Additionally, the rate of evaporation equals the rate of condensation, which means that the system remains unchanged. This is an indication of equilibrium. Therefore, option D, which includes all these elements, supports the statement that the system on the right will reach equilibrium.