Kirchhoff's law of voltages states that in a complete...

Kirchhoff's law of voltages states that in a complete circuit, a. The sum of voltage decreases equals the sum of voltage increases. b. All paths in a circuit have equal voltage increases. c. All electrons must travel the same path. d. Electrons provide the necessary voltage for the circuit to operate. e. The voltage is equal to the energy divided by the current

For each of the following, write the form of circuit that applies: series or parallel. a. The current is the same everywhere throughout the entire circuit. b. The total resistance is equal to the sum of the individual resistances. c. The voltage drop across each resistor in the circuit is the same. d. The voltage drop in the circuit is proportional to the resistance. e. Adding a resistor to the circuit decreases the total resistance. f. Adding a resistor to the circuit increases the total resistance. g. If the current through one resistor in the circuit goes to zero, there is no current in the entire circuit. h. If the current through one resistor in the circuit goes to zero, the current through all other resistors remains the same. i. This form is suitable for house wiring.

Series and Parallel Circuits

Applications of Circuits

Question

Please give Ace some feedback