Solve for the total resistance of the circuit shown
Solve for total Current in the circuit shown
Solve for the current flowing through Resistor # 1
Solve for the voltage drop at resistor 1
Voltage drop stands for what?
With three 10 resistors connected in series with a 30 volt power supply, the total circuit current will equal ____.
The wattage value for any resistor is equal to ____.
Total series circuit wattage is equal to source voltage ____.
Using the circuit shown solve for total power dissipated in this circuit.
The wattage being dissipated at R3 is ______________________________ W.
The voltage drop across R1 is ______________________________ V.
The wattage being dissipated at R2 is _______________ W.
When a resistor in a series circuit is replaced by another resistor with an increased resistance value, the total circuit current will __________.
This circuit has only one path for current to flow
The formula I2 * R is used to find what?
The formula E2/R
__________ remains the same in a series circuit.
What is the total circuit resistance of the following five resistors connected in series?
R1 = 27 ohms
R2 = 33 ohms
R3 = 51 ohms
R4 = 1.2 kohms
R5 = 240 ohms
Rt = __________ Ohms
What is the total circuit resistance of two 25 ohm resistors and three 75 ohm resistors connected in series?
What happens to total current in a series circuit when the total voltage stays the same, circuit resistance decreases, current will ____________.