That's like asking: How much time does it take to go 15 MPH? It depends on at least one other factor.
In your case, you cannot know watts unless you know voltage and current or resistance (from which you could derive current, because E = I x R).
Once you know the current drop across the 15 volts, you can multiply I x E and get P, i.e., amps times volts equals watts.
The power can be calculated by multiplying current (in amps) by voltage (in volts). Therefore, 1.2 amps multiplied by 115 volts equals 138 watts.
On average, a 1.7 cu.ft compact refrigerator typically uses around 1-2 amps when running. However, depending on the specific model and manufacturer, this number may vary slightly. It is recommended to check the product specifications or the label on the refrigerator for the exact amperage information.
100 watt
There are 1,000 watts in a kilowatt (kW).
1500 watts
The power can be calculated by multiplying current (in amps) by voltage (in volts). Therefore, 1.2 amps multiplied by 115 volts equals 138 watts.
1540 watts
210,000,000 watts
100wats
132 watts
On average, a 1.7 cu.ft compact refrigerator typically uses around 1-2 amps when running. However, depending on the specific model and manufacturer, this number may vary slightly. It is recommended to check the product specifications or the label on the refrigerator for the exact amperage information.
746 watts.
25000 watts
1650 watts.
95,000 watts.
100 watt
There are 1,000 watts in a kilowatt (kW).