Series-parallel Circuits

A. solve for all the voltage drops
B. solve for the total current and resistance
C. equate all series components
D. equate all parallel components

A. circuit diagram
B. battery knobs
C. battery terminals
D. battery sides

A. twice the source voltage
B. half the source voltage
C. zero volts
D. the same as the source voltage

A. individual component parameters
B. a percent of the total power depending on resistor ratios
C. total current squared multiplied by the resistor values
D. a percent of the voltage division ratio squared

A. increase
B. remain the same
C. decrease
D. cannot tell

A. bleeder current
B. load current
C. resistor current
D. voltage current

A. 200 mA
B. 400 mA
C. 600 mA
D. 800 mA

A. cannot tell
B. remains the same
C. increases
D. decreases

A. current
B. voltage
C. resistance
D. power

A. nonconductor
B. battery
C. conductor
D. microwave