To calculate the time it takes to heat 450 liters of water with a 20-kilowatt element, you need to consider the heat capacity of water (4.18 J/g°C), the starting temperature of the water, and the desired ending temperature. With this information, you can calculate the total energy needed to heat the water and then divide it by the power of the element (20,000 watts) to find the time.
The time it takes to boil a 55-gallon drum of liquid depends on the heat source and the starting temperature of the liquid. It could take several hours to bring that amount of liquid to a boil using a standard heating element.
Assuming 100% efficiency, it would take approximately 6.7 hours to heat 500 liters of water with a 3kW element. However, in reality, the heating process may take longer due to factors like heat loss and initial water temperature.
You forgot to say that isotope is.
Roughly [8 and 1/3] minutes.
It depends on the element size that heats the water. The average 150L geyser uses a 3kW element, which will take about 2.5h to heat the water from cold to 70'C. If you "empty" the geyser twice daily, which is an unlikely maximum, it'll use 15 kWh of electricity.
A geyser works on the process of convection for heat transfer. As the water near the heat source (usually a heating element or flame) gets heated, it becomes less dense and rises, allowing colder water to take its place and also get heated. This creates a continuous cycle of heating and rising water, resulting in the geyser releasing hot water.
There is no "one" specific answer to this as it depends if it comes from an "on demand geyser", "gravity fed geyser" or "high pressure geyser" and the distance between the geyser and the tap
This depends how many kilowatts are running through the element, but it can take anything from one to two hours.
Geyser in algebra means that you take out algebra, then you put in globe to replace it. then look up geyser, and there it is! It means exploding created drinking fountain!
To calculate the time it takes to heat 450 liters of water with a 20-kilowatt element, you need to consider the heat capacity of water (4.18 J/g°C), the starting temperature of the water, and the desired ending temperature. With this information, you can calculate the total energy needed to heat the water and then divide it by the power of the element (20,000 watts) to find the time.
First of all make sure that the power to the geyser is off, test to make sure. you then need to drain the geyser. make sure that the tap supplying the inlet pipe is turned off, open the valve on the drain cock slowly making sure that the water is falling into the drip tray, open the valve as much as is needed or all the way if possible. This will take anywhere between 30 to 60 minutes to drain. then remove the power cable to the thermostat and or to the element. in some geysers the thermostat will sit next to the element and in others the thermostat will be part of the element. in the latter you will need to remove the thermostat by simply pulling it away from the element. you will now need a geyser spanner to be able to remove the element, in some instances you will need quite a lot of leverage as the elements do tend to sit pretty tight. when the element is lose and out make sure that the rubber seal came off properly as well. you'll need to clean it thouroughly before inserting the new element with its new rubber seal, screw it back into place, ensring that you don't cross the thread as you're doing this and fasten properly, insert the thermostat again and reconnect the power cables. do not switch on the power before the geyser is full otherwise you will burn the element out. turn on the water tap to the geyser and open all the hot water taps in your house. the geyser will be properly filled when the water is flowing from all the taps without any air bubbles. you may now switch on the power.
We timed it perfectly! The geyser erupted just as we arrived and we were able to take a great photograph.The geyser ran like clockwork, every day at 3pm it would explode with hot steam and water.A geyser is a true natural spectacle, definitely something to see before you die.
yes. the more water the longer it would take for the heating element to heat the water. the less water, the less time it would take to heat.
The time it takes to heat water to a specific temperature depends on factors such as the initial temperature, the heat source, and the amount of water being heated. To get an estimate of the time needed, you could use a formula that takes into account these variables, such as the specific heat capacity of water and the power of your heating element.
The time it takes to boil a 55-gallon drum of liquid depends on the heat source and the starting temperature of the liquid. It could take several hours to bring that amount of liquid to a boil using a standard heating element.
Less than 3 minutes! It shouldn't take that long