Yes - very much so. Steel is an excellent conductor of electricity. Wood on the other hand is a very poor conductor.
The meaning of electricity running through anything is amp going through it.
In electricity, power (P) is directly proportional to voltage (E) and amps (I) as in P=I*E Thus an increase in either corresponds to an increase in power.
Amperes (Amps). Apms are the SI unit of electrical current
70 Amps/cm2
It depends on the wattage of the unit. When that is found use the formula; Amps = Watts/Volts to find your answer.
If you're trying to increase the capacity of an outlet from 15 amps to 30 amps, start with the wiring. A 15 amp circuit typically uses 14 AWG wire, it's a lot smaller in diameter than the 10 AWG wire necessary for a 30 amp circuit. Failure to use 10 AWG wire on a 30 amp circuit will result in a serious risk of fire. ONLY AFTER you've replaced the wire, then can you replace the outlet and the circuit breaker. Since you obviously have not done this before, contact a qualified electrician to perform that work for you. Any money that you might think you are saving by attempting to do this work yourself will not be worth the risk to your home and the people who live in it. Electricity is a valuable tool, but it is also unforgiving. It can kill you in an instant or cause a fire that destroys everything that you have.
In electricity, power (P) is directly proportional to voltage (E) and amps (I) as in P=I*E Thus an increase in either corresponds to an increase in power.
amps
751.798 Amps.
Electricity is converted to heat through the resitive coils or burners. As electricity flows through the resistance in the coils it increases the current of the electicity being used to force the electrons harder through the coil and this is what actually creates the heat, as the current increases it causes the electrons to vibrate faster creating heat through friction. Heat is another term for current/amps and wattage. The formula for this is I=E/R or I(current in amps)=E(elctricity in voltage)divided by R(resistance in ohms) So the more resistance you put into any circuit you will get proportionally more current(in order to push the electrons through the resistance). Hope i didnt get to technical and this answers your question ) The formula for this is V = I * R or (Voltage Drop Across Resistance) = Current (Amps) * Resistance (Ohms). When you increase the resistance in the circuit, if you keep the voltage constant, you DECREASE the current.
12 amps of electricity.
Amps i believe ( if your talking about electricity)
0.0001 amps will stop your heart if you are fully grounded.
it measures the current of electricity and its unit is amps
You cannot increase voltage by adding amps.
The electrical equivalent to torque is AMPS. Power in Electricity is Volts * Amps Where in a rotating shaft its RPM * Torque
Typically 10 to 15 amps.
amps