1 hour 20 minutes. or 4800 seconds
Turn off all of the gas appliances in the home except for the the fireplace. Watch the gas meter for 60 seconds and record the cubic foot usage, multiply the reading you get times 60 and that is your NG consumption for 1 hour. To convert to btu, multiply the 1 hour reading by 1000 and that #, if the fireplace is set up and burning properly should be the same as the Input rating on the fireplace tag. If you simply want to know how much gas you are using when lit, divide the Input rating on the tag by 1000 and that will tell how much NG you are using per hour in cubic feet.
This depends on how much hours you work per month. But assuming you work 8 hours per day you will earn 20 x 8 = 160 per day. So 160 per day x 30 days = 4800. So you will earn 4800 per month.
1 hr = 60 mins So 80 hrs = 80 x 60 mins = 4800 mins
3 x 24 + 8 = 80 hours80 x 60 = 4800 minutesNote:24 hours per day60 minutes per hour
Between 7 cents to 12 cents an hour depending on the wattage and your electric company.
1 hour 20 minutes. or 4800 seconds
To determine the hydro usage of a 4800-watt heater, you would need to know the length of time the heater is running. For example, if the heater runs for 1 hour, it would use 4.8 kWh (4800 watts x 1 hour = 4800 watt-hours = 4.8 kWh) of electricity. You can calculate the usage by multiplying the wattage of the heater by the number of hours it is in operation.
1 hour = 60 minutes 80 hours = 4800 minutes
Electric Fireplaces are in inexpensive way to heat your home. Typically they are less expensive to operate than gas or electric furnaces. To determine the cost of running your electric fireplace, you would need to know the watts per hour that it uses and times that by your electric companies rate. That would give you a base price, as utility companies add on extra charges. Also, if you run it constantly, it will cost more. I turn mine on first thing in the morning until the house is comfortable then, shut it down til the evening. If it is a particularly cold day, I start on high and then turn it to low, and keep the furnace on 65.
1h and 20 minutes = 80 minutes 80 * 60 = 4800 seconds
The amount of gas used by a pilot light in a fireplace is typically very small, around 600-800 BTUs per hour. This is a tiny fraction of the gas used by the fireplace when it's fully burning, which can be several thousand BTUs per hour.
To find the electricity consumed per hour, you can use the formula: Power (Watt) = Current (Amp) x Voltage (Volts). If the stove is drawing 40 amps and assuming a standard voltage of 120 volts in homes, the power consumed would be 40 amps x 120 volts = 4800 watts. So, the electric stove would consume 4800 watt-hours (or 4.8 kWh) per hour.
The amount of propane burned in a propane fireplace can vary based on factors such as the size of the fireplace, its energy efficiency, and how long it is used. On average, a propane fireplace can burn approximately 1 to 2 gallons of propane per hour of operation.
Turn off all of the gas appliances in the home except for the the fireplace. Watch the gas meter for 60 seconds and record the cubic foot usage, multiply the reading you get times 60 and that is your NG consumption for 1 hour. To convert to btu, multiply the 1 hour reading by 1000 and that #, if the fireplace is set up and burning properly should be the same as the Input rating on the fireplace tag. If you simply want to know how much gas you are using when lit, divide the Input rating on the tag by 1000 and that will tell how much NG you are using per hour in cubic feet.
He will get an electric shock
80 minutes is equivalent to 1 hour and 20 minutes.