When storage batteries are connected in series, what is the resulting outcome?

When storage batteries are connected in series, the resulting outcome is a higher voltage. This configuration works by adding the voltages of each individual battery together. For example, if you have two batteries, each rated at 12 volts, when connected in series, the total voltage becomes 24 volts.

This characteristic of series connections is crucial for applications where a higher voltage is needed to power specific equipment or systems. It allows for the increase of voltage without the need for larger or more complex battery systems.

While increased resistance can occur in a series circuit due to the addition of more components, the primary outcome relevant to this question focuses on voltage rather than resistance or capacity. Additionally, the current capacity remains the same as that of the individual batteries in series, as the same amount of current must flow through each battery.