Electric Circuits

The voltage required to produce a unit of current

The pathway for current

The energy boost given to a charge

The potential added to a charge

Resistance decreases as heat increases

Voltage equals current times resistance

Current source boosts energy of a charge

Resistance is directly proportional to length

Silver

Nichrome

Semiconductor

Insulator

Resistance remains constant over a wide range of voltages

Resistivity drops to zero when cooled

Always made of metal

Negation of semiconductors

Provides a pathway between the battery and the load

Uses the charge's energy to do work

Boosts the energy of a charge before sending it out

Treats electricity as a movement of positive charge

The voltage measure between the terminal of a battery

The potential drop over a pure resistance R carrying current I

The current flow blocked due to infinite resistance

The reciprocal of the equivalent resistance

A circuit with different paths of resistance

A circuit that contains any combination of series and parallel resistors

A circuit with one pathway through all resistors

A circuit where the sum of the currents equals the current through the battery

It equals the voltage of the battery

It is less than the voltage of the battery

It is more than the voltage of the battery

It has no relation to the voltage of the battery

A circuit with different paths of resistance

A circuit that does not permit current flow

A circuit that contains any combination of series and parallel resistors

The resistance within a battery

Voltage that is listed on the battery

Voltage measure between the terminal of a battery

The potential drop over a resistance

The sum of the reciprocal of the resistances