Its a typical temperature of a heated swimming pool. Most people think it's perfect. For me, 72, is more comfy, but that's because I love the cold.
When water changes from 80°C to 120°C, it transitions from being very hot but still liquid to reaching its boiling point and turning into steam. At 100°C, water boils and changes state from liquid to gas. So, by increasing the temperature from 80°C to 120°C, you are essentially bringing the water to its boiling point, causing it to evaporate into steam.
That is inside the entrance to Hudson Bay.
Celsius or Fahrenheit ? 27 oC is very warm around 80 oF, but 27 oF is cold is 5 degrees below freezing point of water.
Ecuador.
That depends upon the length and diameter of the pipe connecting to the hot water tank. Also, the greater the distance, the more hot/cold mixing will occur, resulting in even greater water loss. Most copper household plumbing pipe is 1/2" in diameter, and hot water pipes may range from 10' to 80', depending on angles and turns in the plumbing. An 80' pipe will hold about 2 gallons of water. This is water that was heated in the water heater, but upon setting in the pipe gave up all, or most, of its heat to its surroundings.
To achieve 49 degrees in the 20-liter tank, you will need to calculate the energy required to heat the cold water to 80 degrees. Then, calculate the heat exchange between the hot and cold water to reach the final temperature of 49 degrees. The amount of 80-degree water needed depends on the specific heat capacity of both hot and cold water.
80 % 80 %
27% of 80= 27% * 80= 0.27 * 80= 21.6
When water changes from 80°C to 120°C, it transitions from being very hot but still liquid to reaching its boiling point and turning into steam. At 100°C, water boils and changes state from liquid to gas. So, by increasing the temperature from 80°C to 120°C, you are essentially bringing the water to its boiling point, causing it to evaporate into steam.
It is cooler than body heat but a little warm if you are describing the temperature of the day. 80 ºF = 27 ºC
212 - 80 = 132 degrees temperature increase x 1 pound water = 132 BTU
The solubility of sodium chloride in water, at 80 0C, is 37,93 g NaCl/100 g water.
Upgrading to an 80-gallon electric hot water heater for a larger household offers benefits such as increased hot water capacity, ensuring enough hot water for multiple users, longer showers, and reduced waiting time for hot water. This can improve overall comfort and convenience for the household members.
53
80 * 27 = 2,160
Upgrading to an 80-gallon water heater for a household with high hot water demand provides more hot water capacity, ensuring a consistent supply for multiple uses like showers, laundry, and dishes. This can prevent running out of hot water and improve overall comfort and convenience in the household.
Upgrading to an 80-gallon hot water heater for a larger household provides more hot water capacity, ensuring sufficient supply for multiple people to use at the same time. This can reduce the chances of running out of hot water and improve overall comfort and convenience in the household.