it depends on the computer or laptop taken into consideration
it could vary from laptops using 50watts to computers using 300+watts
the one I'm using know states 90watts but that doesn't mean a thing since most of the time it uses less, or if it in sleep mode it uses say about -20watts
My HP ProBook uses 20 watts when idling to 50 watts with max processing.
Computer/system name (Please fill in bottom) Watts usage per hour (fill in bottom)
60 watts. The ballast also uses this same amount
A typical PC might use 200-300 watts, a laptop might use 40-60 watts. A 30-amp circuit can supply 3600 watts on a 120 v system (US) or 7200 watts on a 240 v system (Europe), so 8 typical/average computers should be all right.
Look at kilowatt hours on your bill. Each of those is 1000 watts per hour.
Normally, the things that draw the most current are the stove (range) (up to 5,000 watts) , the water heater (3,000-4,500 watts) , the AC (600-2,500 watts) , the clothes dryer (3,000 watts or so) which will use up to 30 amps, the furnace (if it's electric), then come appliances like Microwaves (600-1500 watts) , toasters (750-1200 watts) , hair dryers (600-1500 watts) and space heaters. Most TV' Computers and other electronics nowadays only use a small amount of electricity, as in 100-400 watts, which at 120 volts would be between 1 and 4 amps or so. Modern refridgerators and freezers only use between 400 to 800 watts normally. Washers use around 700-1200 watts. Also, things with motors like AC's. washing machines, fridges and freezers use more power at start up and then level off. They use capacitors to store electricity to help the power surge not be so much so that they don't dim your lights when they kick on.
Use 100 watts
I think I have no idea about it
The amount of heat being generated by the device is measured in watts.
Rms is watts that's the amount of watts a speaker is rated for.
watts are acquired from an amount of steps on the pokewalker
To convert heat into watts, you can use the formula: Power (in watts) Heat (in joules) / Time (in seconds). This formula helps you calculate the amount of power generated from the heat energy over a specific period of time.
The average amount of watts produced by the human body in the form of heat output is around 100 watts.