Module 26104 – 20 Exam Test Questions With 100% Verified Solutions

Module 26104 – 20 Exam Test Questions With 100% Verified Solutions According to Kirchoff's current law, the current in a parallel circuit is equal to - ANSWER -D. the sum of the currents in each branch The total voltage in a circuit with voltage drops of 30V, 40V, and 50V, is - ANSWER -C. 120V . There are three resistors in a circuit with an applied voltage of 120V. The voltage drop across two of the resistors is 20V each. What is the voltage drop across the third resistor? - ANSWER -D. 80 volts. . According to Kirchoff's voltage law, the total voltage drop in a circuit is equal to the - ANSWER -B. voltage applied to the circuit. . What is the total resistance of three resistors in parallel with values of 2 ohms, 4 ohms, and 4 ohms? - ANSWER -A. 1 Ω . The current flowing through a hair dryer that uses 1,200 watts of power with an applied voltage of 120V is - ANSWER -B. 10A . The total resistance of four equal resistors in parallel, each with a value of 10 ohms, is - ANSWER -B. 2.5 Ω . What is the total resistance of three resistors in parallel with values of 4 ohms, 8 ohms, and 8 ohms? - ANSWER -A. 2 Ω . If a circuit has a voltage of 240V across two parallel branches with current loads of 20A and 25A, the total current is - ANSWER -A. 45A . A circuit diagram shows that the circuit divides into separate branches and there are also series loads. This is a - ANSWER -C. Series-parallel circuit The voltage drop across the parallel resistors shown in the figure provided - ANSWER -A. 17.3V The total resistance of the circuit shown in the figure provided is - ANSWER -B. 24.17 ohms How many amps of current would flow through the circuit in the figure provided? - ANSWER -C. 4.14A . What is the total resistance of the circuit in the figure provided? - ANSWER -B. 29 Ω . There are four resistors in a circuit with an applied voltage of 120V. The voltage drop across three resistors is 10V each. What is the voltage drop across the fourth resistor? - ANSWER -C. 90V