As the electrolyte level in the cells of a lead-acid battery evaporates over time, what will tend to happen to the specific gravity of the electrolyte in the cells as the level drops due to evaporation?
A
The specific gravity of the electrolyte will increase as only the water will evaporate from the electrolyte solution.
B
Although the specific gravity will change due to evaporation, there is no predictable tendency either way.
C
The specific gravity of the electrolyte will decrease as only the sulfuric acid will evaporate from the electrolyte solution.
D
The specific gravity of the electrolyte will remain unchanged as both the water and sulfuric acid will evaporate from the electrolyte solution.
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Question 1 / 205eccefa3bacbc34ba4d4801f
Question 1 of 205eccefa3bacbc34ba4d4801f
As the electrolyte level in the cells of a lead-acid battery evaporates over time, what will tend to happen to the specific gravity of the electrolyte in the cells as the level drops due to evaporation?
As the electrolyte level in the cells of a lead-acid battery evaporates over time, what will tend to happen to the specific gravity of the electrolyte in the cells as the level drops due to evaporation?