True or False: More voltage will be available when the individual cells of a battery are connected in parallel.

When individual cells of a battery are connected in parallel, the voltage remains the same as that of one individual cell, while the overall capacity (amp-hour rating) increases. This is because connecting in parallel allows for multiple paths for the current to flow, effectively increasing the total current output without boosting the voltage.

For instance, if you have several 1.5V cells connected in parallel, the combined voltage remains 1.5V. However, the total capacity would increase proportionally based on the number of cells connected, allowing the battery to provide more current for a longer period.

Therefore, the statement that more voltage will be available when the individual cells are connected in parallel is false. Voltage increases only when cells are connected in series, which adds their voltages together. This principle is critical to understand for applications involving battery configurations, ensuring that the desired voltage and capacity requirements are met effectively.