That depends on the power factor.
The best the power factor can get is ' 1 ', if the load is all resistive with no reactance.
In that case, 100 VA = 100 watts.
If there's effective capacitance or inductance in the load or the cabling, then the V and the A
won't be exactly in phase, the power factor will be less than 1, and the 100VA will produce
less than 100 watts.
The 'power factor' is the cosine of the angle between 'V' and 'A' on the line. So
"wattage" is (100) x cosine(angle between V and A).
3/100
245 % = 245 out of 100 = 245/100 = 49/20 = 29/20
47/5
2,500 is the equivalant to that word form, it can also be said two thousand five hundred. If you were to put 25 100's together it would equal 2,500
32% = 0.32
3/100
0.25 = 25/100 = 1/4 = 25%
cos(-100 degrees)
27/50 = 54/100
245 % = 245 out of 100 = 245/100 = 49/20 = 29/20
9/10 (90/100) is not equivalent to 0.25 (25/100).
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.
100 miles
The wattage of an LG refrigerator typically ranges from 100 to 800 watts, depending on the model and size of the refrigerator.
100 miles
The recommended freezer wattage for efficient energy consumption is around 100-200 watts.
100 watt