The initial temperature of the water does affect the rate of temperature increase. The higher the initial temperature, the faster the water will reach 144 degrees. This is because there is already more thermal energy present in the water, making it easier for the temperature to rise.
The size or shape of the container does not have a significant impact on the rate of temperature increase. As long as the container is able to hold the water and prevent heat loss, the rate of temperature increase will be consistent.
Yes, external factors such as ambient temperature, humidity, and air flow can affect the rate of temperature increase. Higher ambient temperatures and lower humidity can speed up the rate of temperature increase, while air flow can cause heat loss and slow down the temperature increase.
The time it takes for the water to reach 144 degrees will depend on the rate of temperature increase. If the temperature is increasing at a constant rate, it would take approximately 8 minutes for the water to reach 144 degrees, given that the initial temperature is at room temperature (23 degrees Celsius).
In this scenario, the maximum temperature the water can reach is 144 degrees. This is because water boils at 100 degrees Celsius, and it cannot reach a temperature higher than its boiling point without evaporating into steam.