Transformers are sized by the secondary connected load. If the wattage of the load is not given, use the following equation to find it. Watts = Amps x Volts.
5.8 amps
The Emerson microwave model MT3070A typically has a power output of 700 watts.
A power of 700 Watts, or 700 Joules per second, can run 700 Watts of lighting or a half-horse power electric motor. It could run up to 4-5 average TV sets, 3 tower PCs or 20 laptops. It could supply about 200 phone-chargers. Mechanically 700 watts is also nearly one horse-power in theory. and it could lift a 70-kg mass at a speed of 1 metre per second.
Mixing UnitsIt is not possible to answer you question, because volts and watts are not comparable. You question would be like asking, "Is 700 pounds heavier than 14 gallons?"Watts are a measurement of power. Volts are a measure of electrical potential. Comparing watts to voltage is incorrect.If your circuit has 14 volts and is drawing 50 amps of current you have a total power of 700 watts.
The Welbilt model number 50504988 typically has a power output of around 700 watts.
700-1000w
5.8 amps
The formula you are looking for is I = W/E. Amps = Watts/Volts.
Models differ, look at the rating plate on the side of the blender. In the range of 300 to 700 watts.
The Emerson microwave model MT3070A typically has a power output of 700 watts.
You can typically find the wattage of a microwave on a label inside the door or on the back of the appliance. If the wattage is not listed, you can often estimate it by looking at the model number - microwaves with model numbers starting with "7" usually have around 700 watts, those with "9" have around 900 watts, and so on.
A power of 700 Watts, or 700 Joules per second, can run 700 Watts of lighting or a half-horse power electric motor. It could run up to 4-5 average TV sets, 3 tower PCs or 20 laptops. It could supply about 200 phone-chargers. Mechanically 700 watts is also nearly one horse-power in theory. and it could lift a 70-kg mass at a speed of 1 metre per second.
Mixing UnitsIt is not possible to answer you question, because volts and watts are not comparable. You question would be like asking, "Is 700 pounds heavier than 14 gallons?"Watts are a measurement of power. Volts are a measure of electrical potential. Comparing watts to voltage is incorrect.If your circuit has 14 volts and is drawing 50 amps of current you have a total power of 700 watts.
According to page 24 of the model MW888B owner's manual, it is 800w.
im by no means an expert but the answer is yes you just wont get full potential out of the speakers. the amp is pushing 700 watts the speakers are capable of catching 1000 watts.
To find an amperage, you divide the wattage by the voltage.
The Welbilt model number 50504988 typically has a power output of around 700 watts.