### Watts-volts-amps-ohms calculator

### What is a watt?

Watts are a measurement of the amount of energy generated when amps and volts are combined. This is the amount of water going via the hosepipe in this scenario. We now know that the higher the wattage, which is a mix of electrical potential and flow, the more power and output we’ll observe. For instance, the higher the wattage of a microwave, the faster it will cook your meal.

Watt is a unit of power in electrical frameworks, watts is how much voltage utilized each second by an electric gear.

The voltage V in volts multiplied by the current I in amps equals the power P in watts.

**P = V x I**

FOR, squared voltage and R in ohms

**P = V² ÷ R**

FOR, squared current and R in ohms

**P = I² x R**

### What is volt?

The current I in amps multiplied by the resistance R in ohms equals the voltage V in volts.

**V = I x R**

The voltage V in volts equals the wattage P divided by the current I in amps.

**V = P ÷ I**

The voltage V in volts equals the square root of the power P in watts multiplied by the resistance R in ohms.

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**V = √ P x R**

### What is Amperes?

Amperes, or amps, are units of measurement for the flow of electricity as an electric current. They do it by counting the number of electrons that travel past a certain spot each second. A garden hose is a frequent illustration used to explain how amps operate. The amount of water flowing through the hose can be equated to amps. The stronger the stream, the more litres flowing through the hose every minute. Alternatively, as the number of electrons passing through a certain place per second rises, so do the amps.

The voltage V in voltS separated by the opposition R in ohms approaches the current I in ampere.

**I = V ÷ R**

The voltage V in volts separates the current I in amps from the power P in watts.

**I = P ÷ V**

FOR, square root of the power P in watts separated by the R in ohms.

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**I = √ P ÷ R**

### What is ohms rule?

The voltage V in volts partitioned by the current I in ampere rises to the R in ohms.

**R = V ÷ I**

FOR, squared voltage

**R = V² ÷ P**

FOR, squared current

**R = P ÷ I²**