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A battery is made by connecting 6 cells, each having a capacity of 5 Ah at 1.5 V. What will the battery's capacity be?

A. 20 Ah at 9 V
B. 30 Ah at 1.5 V
C. 5 Ah at 9 V
D. 5 Ah at 1.5 V

Answer :

Final answer:

When six cells of 5Ah capacity at 1.5V each are connected together, the total voltage is 9V (6 x 1.5V) and the total capacity is still 5Ah. The capacity remains the same as it is equivalent to the amount of charge each cell can deliver in an hour.

Explanation:

The question is asking about the electrical capacity of a battery composed of six cells connected together. Each cell has a capacity of 5Ah (Ampere-hours) at 1.5 V. When cells are connected in a series, the total voltage is the sum of the individual cell voltages, but the capacity remains the same due to the fact that the amount of charge each can deliver does not change.

Given that each cell is 1.5 V, for six of them connected together, we gain a voltage increase to 9 V (1.5 V x 6). However, since the capacity is equivalent to the current a battery can deliver in an hour, the amount of charge any of these cells can provide is the same as one alone, which is 5Ah.

Therefore, if you connect six cells each having a capacity of 5Ah at 1.5 V, the resulting battery will have a capacity of 5 Ah at 9 V.

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