Norton's Theorem Kirchoff's Current Law Simple Parallel Circuit Reduce What is the same across series? Unit For Current What is the same across the circuit? Circuit Branch Thevenin's Theorem Current Divider Node Voltage Drop Series Circuit Combination Circuit Kirchoff's Voltage Law Unit For Power Superposition Theorem The chart used to solve for power Trace The Current Path Unit For Resistance Unit For Power Parallel Block Redraw Unit For Voltage Parallel Circuits Norton's Theorem Kirchoff's Current Law Simple Parallel Circuit Reduce What is the same across series? Unit For Current What is the same across the circuit? Circuit Branch Thevenin's Theorem Current Divider Node Voltage Drop Series Circuit Combination Circuit Kirchoff's Voltage Law Unit For Power Superposition Theorem The chart used to solve for power Trace The Current Path Unit For Resistance Unit For Power Parallel Block Redraw Unit For Voltage Parallel Circuits
(Print) Use this randomly generated list as your call list when playing the game. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
B-Norton's Theorem
G-Kirchoff's Current Law
I-Simple Parallel Circuit
B-Reduce
G-What is the same across series?
G-Unit For Current
N-What is the same across the circuit?
N-Circuit Branch
I-Thevenin's Theorem
I-Current Divider
N-Node
B-Voltage Drop
O-Series Circuit
I-Combination Circuit
O-Kirchoff's Voltage Law
B-Unit For Power
O-Superposition Theorem
O-The chart used to solve for power
N-Trace The Current Path
I-Unit For Resistance
B-Unit For Power
G-Parallel Block
O-Redraw
N-Unit For Voltage
G-Parallel Circuits