An ampere is the actual amount of current flowing. See the Related Questions links for more information.
Electrical power = current x voltage Current is in amps
This is not a valid question by itself. Joules are units of energy, while Amps are units of electrical current. However, if you also know the Voltage of the electrical current, you can multiply the Current[Amps]*Voltage[Volts] to get the Power in Watts. Watts are equivalent to Joules per second. If you then know the amount of time of the current flow, you can calculate the total number of Joules by multiplying the Power[Watts]*Time[seconds] = Energy[Joules] .
Basically if you know the Voltage supply and the power used by an appliance then you use the formula for power which is Power = Volts x Amps. Rearrange so Amps (current) = Power / Volts If power was 2400 Watts and Volts was 240 the Current would be 2400 / 240 = 10 Amps
They don't as they a entirely different units that measure different things:watts are a unit of power (work done per second)amperes are a unit of current flow (electrical charge moved past a given point per second)
The watt is a measurement of power. In electrical circuit, to determined watts there is a formula volts x amps = watts
There are no amps in a voltage because they are quite different electrical units. They are related by the 'power equation' which is: watts = amps times volts
No, the term "volt amps" is not synonymous with "watts." While both are units of power, they represent slightly different concepts in the field of electrical engineering.
Amps (A) measure electrical current flow, while volt-amps (VA) measure apparent power in an electrical circuit, which is the combination of both real power (measured in watts) and reactive power. Essentially, amps refer to current, while volt-amps refer to total power.
12 amps of electricity.
Watts = Amps x Volts.
The electrical power can be calculated using the formula ( P = V \times I ), where ( P ) is power in watts, ( V ) is voltage in volts, and ( I ) is current in amps. Substituting the given values, ( P = 10 , \text{volts} \times 25 , \text{amps} = 250 , \text{watts} ). Therefore, the electrical power is 250 watts.
The four main electrical units are voltage (measured in volts), current (measured in amperes or amps), resistance (measured in ohms), and power (measured in watts). Voltage represents the potential difference that drives electric charge flow, current is the rate of flow of electric charge, resistance quantifies how much a material opposes the flow of current, and power indicates the rate at which electrical energy is consumed or converted. These units are fundamental for understanding and analyzing electrical circuits.
Electrical power = current x voltage Current is in amps
ohms is a measure of resistance(R) in a circuit. Watts is a measure of the power(P), in this case lets assume it is the power used by the resistive element (lamp, heater etc). Power(watts)=Current(Amps)x Current(amps) x Resistance(ohms) or Resistance (ohms)=Power(W)/(current x current)
The electrical equivalent to torque is AMPS. Power in Electricity is Volts * Amps Where in a rotating shaft its RPM * Torque
This is not a valid question by itself. Joules are units of energy, while Amps are units of electrical current. However, if you also know the Voltage of the electrical current, you can multiply the Current[Amps]*Voltage[Volts] to get the Power in Watts. Watts are equivalent to Joules per second. If you then know the amount of time of the current flow, you can calculate the total number of Joules by multiplying the Power[Watts]*Time[seconds] = Energy[Joules] .
No, amps (amperes) do not directly express the difference in energy. Amps measure electrical current, which is the flow of electric charge. Energy is typically measured in units such as joules or kilowatt-hours.