The ambiguity of the question can only lead to an answer of, check the appliance nameplates of the appliances in question.
Any appliances that have high wattage rating will consume more energy. Like for example a flat iron with 1,200 watts and another with 750 watts.
Any appliances that draw over 1500 watts should be on a 20 amp circuit.
Yes it can but it is a bit more complicated then that. The motor that is rated at 100 Watts will draw 100 watts electrical power, but will only output 70-80% of that in mechanical power. So in order to get 100 watts back out you would have to put in ~120 watts of mechanical power to get 100 watts electrical back out.
.0001 watts
FIRST CHECK HOW MANY WATTS DOES ALL YOUR ELECTRICAL APPLIANCES CONSUME THEN DIVIDE IT by their respective volts you will get your required answer
Normally speaking, a 3500 watt generator can typically power appliances such as refrigerator (500-800 watts), laptop (50-100 watts), television (100-400 watts), stereo system (200-400 watts), air conditioner (1,000-2,000 watts), electric stove (1,000-2,500 watts), lights (50-100 watts). It's important to check the specific power requirements of your appliances as they can vary.
Use 100 watts
home appliances are rated by watts or amps
Depending on your voltage supply appliances of between 500 - 750 watts
Any appliances that have high wattage rating will consume more energy. Like for example a flat iron with 1,200 watts and another with 750 watts.
Six KVA is the same as 6000 watts. As you can see, the appliances have to be totaled up to the amount of 6000 watts to see how many can be used. Each device has its own wattage on the manufactures label and it is usually different for different appliances.
For all intents and purposed the VA rating is the same as the wattage rating of appliances. VA is an electrical classification for Volt Amps. The formula for watts is, Watts = Amps x Volts.
Any appliances that draw over 1500 watts should be on a 20 amp circuit.
Yes it can but it is a bit more complicated then that. The motor that is rated at 100 Watts will draw 100 watts electrical power, but will only output 70-80% of that in mechanical power. So in order to get 100 watts back out you would have to put in ~120 watts of mechanical power to get 100 watts electrical back out.
Appliances are rated in UL (Underwriters Laboratory) listing, which is a safety testing laboratory, and are rated in watts.
.0001 watts
FIRST CHECK HOW MANY WATTS DOES ALL YOUR ELECTRICAL APPLIANCES CONSUME THEN DIVIDE IT by their respective volts you will get your required answer