The size of the oven (and the magnetron, which is the device that generates the microwaves) determine the power of the unit. Variations in the operating voltage also have some effect. Smaller compact units operate on a few hundred watts. The "average" oven probably runs at between 500 and 1,000 watts, and this represents the most common power range. Larger commercial units dump from 1,000 watts to 2,000 watts into their cooking chambers, with a few exceeding that by a bit. Some of the larger commercial units actually have two magnetrons in them to provide the extra power.
2300 watt-hours for every hour it operates. Watts x Hours = watt hours.
Per hour the answer is 400 watt-hours or 0.4 kW-hours (or units).
It is not recommended to use a lower watt charger for a high watt device as it may not provide enough power for efficient charging and could potentially damage the device or charger. It is best to use a charger that matches the wattage requirements of the device to ensure safe and optimal charging.
no because it would blow up because the socket would draw 13 watt not 9 watt
Yes.
+- 250 watt to 500 watt
Watt?
2300 watt-hours for every hour it operates. Watts x Hours = watt hours.
we can use 12 no's
45
180 watts
17000 watts per plug in
about 4800 watt but should not use it 100% so to be safe 4000 watt (80%)
About 1/2 amp.
10 watt each second.
No, you can not use a 150 watt high pressure sodium bulb with a 70 watt ballast.
6 watt bulb for mini lamp