3. Conventional flow current in a circuit a. starts at the negative terminal and moves to the positive b. starts at the positive terminal and moves to the negative c. starts anywhere in the circuit and moves in one direction d. starts anywhere in the circuit and reverses direction 4. According to Kirchoff's voltage rule (KVR), the source voltage of a series circuit will a. be equivalent to the loads be the difference between the loads c. b. be the sum of the loads d. none of the above
3. Conventional flow current in a circuit a. starts at the negative terminal and moves to the positive b. starts at the positive terminal and moves to the negative c. starts anywhere in the circuit and moves in one direction d. starts anywhere in the circuit and reverses direction 4. According to Kirchoff's voltage rule (KVR), the source voltage of a series circuit will a. be equivalent to the loads be the difference between the loads c. b. be the sum of the loads d. none of the above
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Current (1)
Current (1)
3. Conventional flow current in a circuit
a. starts at the negative terminal and moves to the positive
b. starts at the positive terminal and moves to the negative
starts anywhere in the circuit and moves in one direction
c.
d. starts anywhere in the circuit and reverses direction
4. According to Kirchoff's voltage rule (KVR), the source voltage of a series circuit will
be the difference between the loads
a. be equivalent to the loads
c.
b. be the sum of the loads
d.
none of the above
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