A power supply is typically measured in watts (W), which indicates the amount of power it can deliver to a device. Additionally, voltage (V) and current (A) are also important measurements, as they define the electrical potential and flow, respectively. Together, these measurements help determine the compatibility and performance of a power supply with specific electronic components or systems.
for sure
Watts.
Power is measured in watts.
Power supplies are rated at the maximum wattage they can put out. Of course, a computers requirements vary depending on what the computer is doing, so a computer power supply should be of the same, or greater, wattage requirement of the computer when under it's greatest load.
Power is measured in Joules per Kilowatt.
The power consumed by the electrical appliances within a house are measured by a meter. In North America, these can often be purchased and then plugged in. In other countries, they may be installed permenantly. If you do not have one, a landlord/neighbour/family member may be able to help.The supply for a house is given in Amperes, not Watts. An average domestic supply is 100A.If you are thinking of installing the power supply for a house, you should get it professionally installed. There is a lot to think about, and a real danger of death by electrocution. I will not go into detail for this reason.This answer is incorrect. You cannot 'consume' power. Power (measured in watts) is simply a 'rate', the rate at which you consume energy (measured in kilowatt hours). It is the energy consumed that is measured by the meter, not the power! However, it is possible to buy a meter to monitor the power at any given instant, so that you can monitor what effect your various appliances have on your energy consumption.
Engine power is measured in horsepower.
Power is measured in both torque and horsepower.
Power is measured in watts when work is measured in joules and time is measured in seconds.
The amount of power they consume is measured in watts. The amount of light they put out is measured in lumens.
Hertz
Power is measured in the unit of watts (W) in physics.