The effects of battery temperature on the power it can produce

The effects of battery temperature on the power it can produce

The research task is to investigate the effects of external temperature of a battery to the power it would be able to produce. In order to ensure the effectiveness of the experiment, it would be necessary to plan and implement the experiment by keeping the test fair, as well as ensuring all the safety regulations during the test. The experimentation process involves placing different battery types in hot water. It will be possible to record the water temperature by using a kettle and multi-meters, which will be able to determine the current running through the circuit.

From the results, there is a possibility of seeing that the external temperature is likely to affect the normal domestic batteries and not the long-lasting fire alarm battery. It would be possible to determine that the potential difference emanating from the normal battery is likely to be reduced with increases in the temperature of the water surrounding the battery. Experimenting on the same with the alarm battery is likely not to change the voltage despite the temperature subjected to the battery.

From the experiment, it is possible to determine that normal batteries work effectively for a short period and in the household. On the other hand, it would be vital to consider that the batteries are kept around temperatures that are relatively low. However, considering the fire alarm battery, it is possible to determine that it is made to last for a considerable amount of time. For this reason, the battery can last for a long period, meaning that it can be able to withstand cold and hot temperatures to give off constant power.

Reference

Scientific American. (1996). New York: Munn and Co.