_______ is any wire in a circuit which causes a decrease in the flow of current due to its diameter or material.

_____is the unit of measure for the magnitude of a magnetic field

____is the amount of charge that passes a given point in a specified period of time, measured in amperes.

____is the decrease in the flow of electrons and current due to a change in the diameter of material of a wire. It is measured in Ohms.

______ is an instrument used to measure current, voltage, and resistance.

_____is the ratio of voltage to current is resistance and is represented by the equation R=V/I.

____ is the difference in electrical potential between point A and point B. In a circuit, Point A and point B represent the positive and negative terminals of a power source such as a battery.

Ohm's Law R =

Ohm's Law V=

Ohm's Law I =

As voltage in a current increases, current increases but the resistance to the flow ______________

Increasing the length of a resistor increases the amount of resistance and _________ current.

Increasing the cross-sectional area of a resistor decreases the amount of resistance and ________ current

The strength of an electromagnet is affected by the number of turn of a wire in the coil over a specific length and by the amount of _________ flowing through the wire.

An electrical circuit has a current of 5 amps and a resistance of 10 ohms. What is the voltage of this circuit?

As the number of batteries in a circuit increase, the total voltage of the circuit also increases.

Increasing the amount of resistance in a circuit decreases the total voltage of the circuit.

The strength of an electromagnet depends on the voltage produced by the power source and the _________

A circuit has a resistor with a length of 8mm. They replace the 8mm resistor with a length of 16mm resistor and the same cross sectional area as the original resistor. What will happen to the current and the resistance in the circuit?