What you are asking is kinda like asking how many Oranges in an apple
Voltage is the measure of electrical potential
Amps is the measure of electrical quantity
a good illustration is a water pipe, you can have high pressure (volts) but unless the water is allowed to flow the quantity of water is zero. (amps)
Here is a similar way to look at electricity using water.
Take a tank of water and raise it up 1 meter. The tank of water now has pressure to deliver a supply of water through a hose . Electrical pressure is measured in Volts(height of tank) Electrical current passes through wires and resistors(hoses of different diameter. Amps are a measure of current flow ( amount of water flowing through pipe). Now take 1 Volt, pass an electric current of 1 amp through a resistance of 1 Ohm. and you have Ohm's law. Volts=Current(in Amps) x Resistance Resistance (in Ohms) = Volts/ Current Current =Volts/Resistance
A 12 volt battery and a 24 Ohm resistor will supply 0.5 Amps V/R= I(Current in Amps)
If 'amps' and 'volts' were just different multiples of the same thing, there would be
no need for two different names.
The question is a lot like asking "How many yards are in 1 week ?"
"Volts" is a measure of the electrical 'pressure' between two points, that makes
current want to flow between them.
"Amps" is a measure of how much current actually flows as a result of the volts.
It depends on what's between the two points.
For example, if there's a pressure of some volts between two points, there could be
almost no current ... zero amps ... if there's nothing between the points to carry
current, or there could be very large current ... many amps ... if you connect a copper
wire between them, or accidentally drop your screwdriver or wrench across them.
1840
The equation that you are looking for is I = W/E. Amps = Watts / Volts.
On a 15 amp breaker, you can draw up to 120 volts in a standard residential circuit. The voltage remains constant at 120 volts, but the amperage capacity is what is limited by the 15 amp breaker.
Power (in watts) is equal to voltage (in volts) multiplied by current (in amperes). Therefore, the number of watts in one amp depends on the voltage. For example, at 120 volts, one amp is equal to 120 watts.
The amp hours capacity of a battery remains the same whether it is connected to a 12-volt DC load or a 120-volt AC inverter. So, the battery would still have 100 amp hours regardless of the inverter voltage.
watts = volts x amps, example-2 watts=2 volts x 1 amp, example- 2 watts=120 volts x .60 amp.
Most likely 12 volts if it is on a car. Some boats use 24 volts, or in the case of my boat 32 volts.
The formula you are looking for is I = W/E. Amps = Watts/Volts.
Use this formula Amps = Watts/Volts.
1840
That gives you 18.5 amps.
The equation that you are looking for is I = W/E. Amps = Watts / Volts.
On a 15 amp breaker, you can draw up to 120 volts in a standard residential circuit. The voltage remains constant at 120 volts, but the amperage capacity is what is limited by the 15 amp breaker.
Power (in watts) is equal to voltage (in volts) multiplied by current (in amperes). Therefore, the number of watts in one amp depends on the voltage. For example, at 120 volts, one amp is equal to 120 watts.
The answer is 40,000 divided by 415 or 96.38 Amps. Watts is volts times amps.
12 ga, 20 amp. 14 ga, 15 amp. 16 ga, 10 amp.
The amp hours capacity of a battery remains the same whether it is connected to a 12-volt DC load or a 120-volt AC inverter. So, the battery would still have 100 amp hours regardless of the inverter voltage.