Skills and Trades

Ohm's law does not apply when you are using the superposition method of circuit analysis.

Started by warrenjean01

Ohm's law does not apply when you are using the superposition method of circuit analysis.

Started by nanna

Norton's theorem reduces a resistive network to an ideal current source in parallel with resistance.

Started by hjfhdiskkjs

Norton's theorem is used for simplifying a network in terms of currents instead of voltages.

Started by effaey

Norton's theorem is used for simplifying a network in terms of currents instead of voltages.

Started by abcdef9106

In solving a complex circuit, a negative value of current indicates that a calculation error was made.

Started by C0DxHalo

Both the Thevenin and Norton theorems can be used with either single-source or multiple-source circuits.

Started by shivanipalawai@gmail.com

Both the Thevenin and Norton theorems can be used with either single-source or multiple-source circuits.

Started by Lin Shi

Any load resistor connected between the terminals of a Thevenin equivalent circuit will have the ...

Started by redpassion

A voltage source should have the smallest possible internal resistance for its output to remain ...

Started by mmmmm

A voltage source should have the smallest possible internal resistance for its output to remain ...

Started by krabuske

A Thevenin equivalent circuit represents an ideal (constant) voltage source.

Started by camac77

A constant-current source will supply the same voltage to any resistance connected across its terminals.

Started by urmomsucks

A constant-current source will supply the same voltage to any resistance connected across its terminals.

Started by knemetz3

When applying the superposition theorem, in order to zero a voltage source, we replace it with a (n):

Started by desireelg_7

When applying the superposition theorem, if currents act in the same direction they are:

Started by Deej

When applying the superposition theorem, if currents act in the same direction they are:

Started by jenniferbaugh1984

To determine the polarity of the voltage drop across a resistor, it is necessary to know the:

Started by shivanipalawai@gmail.com

The Thevenin voltage for the circuit shown would be:

Started by petersan

The Thevenin voltage for the circuit shown would be:

Started by 0220521

The Thevenin resistance for the circuit shown would be:

Started by Triley39

The Thevenin resistance and voltage, as viewed by RL, for the circuit shown would be:

Started by haydenjmcm

The Thevenin resistance and voltage, as viewed by RL, for the circuit shown would be:

Started by ddddddddddeeee4444

The Thevenin resistance (RTH) is always in ________ with the Thevenin voltage (ETH).

Started by Austinleez3

The symbol shown is that of a:

Started by joe3899