Parallel Resistors Rtotal = R1 x R2/R1 + R2 (This is also known as product over sum)
Series Capacitors Ctotal = C1 x C2/C1 + C2
Parallel Capacitors Ctotal = C1 + C2
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What is the effective resistance in this circuit if R1 is 1kΩ and R2 is 10kΩ?
What is the effective value of the resistors if R1 is 680 ohms and R2 is 220 ohms?
What is the effective resistance in the circuit if R1 is 330Ω and R2 is 270Ω
What is the effective resistance in the circuit if R1 is 1kΩ and R2 is 1kΩ
What is the effective resistance in the circuit if R1 is 1kΩ and R2 is 10kΩ
What is the effective resistance in the circuit if R1 is 100kΩ and R2 is 100kΩ
What is the total effective resistance of this resistor network if R1 R2 and R3 are all 1kΩ
Using the same values for the previous question. What is the reading on the ammeter?
What is the effective value of the 2 capacitors in parallel if they both have the value 10 micro Farads. (μF)
What is the effective value of the 2 capacitors in parallel if C1 is 22 What is the effective value of the 2 capacitors in parallel if C1 is 22μF and C2 is 47μF
What is the value of the 2 capacitors in series if they both have the value of 10μF
What is the value of the 2 capacitors in series if C1 has the value of 100μF and C2 has the value of 22μF. Calculate to the nearest μFarad.
What is the effective value of the capacitor network if they all have the same value of 10μF? Calculate to one decimal place.