Type the answer that best corresponds to the blank in the sentence.
Current is the in all parts of a series circuit. [Hint]
The total series resistance is the of all resistors in the series circuit. [Hint]
Voltage sources in a series circuit add . [Hint]
In a series circuit, the of the voltage drops equals the total source voltage. [Hint]
The sum of all voltages around a closed path is . (Note: Spell your answer.) [Hint]
Current is out of the side of a source in the conventional direction and into the negative side. [Hint]
A voltage is a series arrangement of resistors. [Hint]
A can be used as an adjustable voltage divider. [Hint]
All voltages in a circuit are referenced to unless otherwise specified. [Hint]
Ground is volts with respect to all points referenced to it in the circuit. (Note: Spell your answer.) [Hint]
The voltage across an series element equals the source voltage. [Hint]
A series circuit provides only path for current flow between two points. (Note: Spell your answer.) [Hint]
A voltage source is an source that provides a constant voltage to a load. [Hint]
The voltage drop across any resistor or combination of resistors in a series circuit is equal to the ratio of that resistance value to the total resistance, multiplied by the . [Hint]
In a series circuit, individual powers are . [Hint]
In most electronic equipment, a large conductive area on a printed circuit board or on the metal housing is used as the common or reference point, called circuit ground, or ground. [Hint]
An in a series circuit prevents current. [Hint]
A in a series circuit causes more current. [Hint]
The total resistance of six 4.7 k resistors in series is k. [Hint]
Series is a term sometimes used to describe voltage sources of the same polarity in series. [Hint]
The control of a radio receiver is a common application of a potentiometer used as a voltage divider. [Hint]
A flashlight is a familiar example of voltage sources in . [Hint]
Current into any point in a series circuit is the as the current out of that point. [Hint]
Total resistance with each additional series resistor. (Choose increases or decreases.) [Hint]
The voltage drops in a circuit are always in polarity to the total source voltage. [Hint]