F) Answer the following Questions: Battery 1) The following circuit has a problem. Switch #1 is able to control lamp #1, but lamp #2 never comes on no matter what is done with switch #2: TP1 TP4 TP2 Switch #1 Lamp #1 TP5 Statues Battery is dead Switch #2 failed open Switch #1 failed shorted Open wire between test points 1 and 2 (between TP1 and TP2). TP3 2) According circuit above if there are some faults write the output for each situation Open wire between test points 5 and 6 (between TP5 and TP6) TP6 Switch #2 Lamp #2 The output

F) Answer the following Questions: Battery 1) The following circuit has a problem. Switch #1 is able to control lamp #1, but lamp #2 never comes on no matter what is done with switch #2: TP1 TP4 TP2 Switch #1 Lamp #1 TP5 Statues Battery is dead Switch #2 failed open Switch #1 failed shorted Open wire between test points 1 and 2 (between TP1 and TP2). TP3 2) According circuit above if there are some faults write the output for each situation Open wire between test points 5 and 6 (between TP5 and TP6) TP6 Switch #2 Lamp #2 The output

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter2: Electrical Quantities And Ohm’s Law

Section: Chapter Questions

Problem 3PA: You are an electrician installing the wiring in a new home. The homeowner desires that a ceiling fan...

See similar textbooks

Similar questions

Stair lighting in a three-storey apartment is made with a key switch on each floor. All of the lamps turn on and off according to the position of the switches. The switches on the floors are denoted by X1 , X2 , X3 and the lamps with L. The closed state of the switches is '1' and the open state is '0', the lamp's burning position is '1' and the dimmed position is '0'. Working status is as follows: The lamp is not lit when all 3 switches are in the open position. If any of the switches close the circuit the lamp will light. If two switches close the circuit, the lamp will not light. The lamp will light up if all three switches are off. i- Create the truth table of the circuit. ii- Make reductions using the Karnaugh diagram. iii- Design the circuit by using the MUX element by taking the selection inputs of the circuit (X1 , X2).
You are an electrician installing the wiring in a new home. The homeowner desires that a ceiling fan with light kits be installed in five different rooms. Each fan contains a light kit that can accommodate four 60-watt lamps. Each fan motor draws a current of 1.8 amperes when operated on high speed. It is assumed that each fan can operate more than three hours at a time and therefore must be considered a continuous-duty device. The fans are to be connected to a 15-ampere circuit. Because the devices are continuous-duty, the circuit current must be limited to 80% of the continuous connected load. How many fans can be connected to a single 15-ampere circuit? How many circuits will be required to supply power to all five fans?
h.1. In an alternating-current system, the maximum size for a copper grounding electrode conductor isA. 250 kcmil.B. 3/0.C. 500 kcmil.D. 4/0. h.2. The figure shows a fault condition in an ungrounded electrical system. Which of the following will occurbecause of the fault in this system?A. Only the overcurrent protector at Point A will trip open.B. The ground fault will heavily damage the service.C. Nothing will happen until a second ground fault occurs.D. The overcurrent protection will trip, shutting off all the line side power.
Kindly help out. Make Diagram For the Below Details 1. Pump (12v 110psi max pressure) 2. Battery (12V 8Ah) 3. On/off switch (remotely controlled) (relay) 4. Adjustable Pressure Switch 5. Charging Port Explanation:: It is a sprayer, it pumps water with varying force/strenght(where the valve like thingy comes in). it also has 2 swithches, 1 where you press it and 1 where there is a remote(this the the one inside a box in the pictures attached to this Post.)
Assume that you were tasked to install a microwave oven using 12 AWG copper. When you look at the spec plate for the oven, you discover that the oven is rated for 240V, 60HZ, and takes a current of 25A. The location for the oven is 785.7 Ft, away from the breaker panel. Calculate the expected VD if any. Assume temperature to be 75 ̊ C what is the answer? VD?
Create a ladder diagram that will result to: a. Lamp L2 and Lamp L3 deactivated while Lamp L1 activated the moment power is turned ON.b. Lamp L1 and Lamp L3 deactivated while Lamp L2 activated when switch S2 is pressed and released.c. Lamp L1 and Lamp L2 deactivated while Lamp L3 activated when switch S3 is pressed and released.d. Lamp L2 and Lamp L3 deactivated while Lamp L1 activated when switch S1 is pressed and released.
2b will give upvote if answers are correct
Determine the currents I1, I2, I3 in the circuit below. Show all steps. Give the answers in 2 significant digits and make sure you indicate the correct unit.
BASIC ELECTRICAL ENGINEERING UPVOTE WILL BE GIVEN. PLEASE WRITE THE COMPLETE SOLUTIONS LEGIBLY. NO LONG EXPLANATION NEEDED. ANSWER IN 4 DECIMAL PLACES. BOX THE FINAL ANSWER. Substation 2A have a busbar made of aluminum with a length of 5 meters and a cross sectional areais 4x3 sq. cm. The resistivity of the Aluminum at 20 DegC is 2.82x10-8 ohm-m. Determine theresistance of the busbar
Determine the currents I1, I2, and ID2 for the following circuit. Where the voltage Vi is 12 Volts.
Find the Voltages of all four nodes in the diagram for the following questions.(USE NODAL ANALYSIS) Please show all work!! (a) b0 is a voltage source of 1 Volt, b1,b2,and b3 are not voltage sources, b0 is the only independent source in the system (b) b1 is a voltage source of 2 Volts, b0,b2,and b3 are not voltage sources, b1 is the only independent source in the system (c) b2 is a voltage source of 4 Volts, b1,b0,and b3 are not voltage sources, b2 is the only independent source in the system (d) b3 is a voltage source of 8 Volts,b1,b2,and b0 are not voltage sources, b3 is the only independent source in the system
With switch SW1 closed and switch SW2 open, complete the following using the values from the table:i. Determine the total resistance in the circuit. ii. Determine the currents flowing in the circuit. iii. Determine the volt drops around the circuit. iv. Use the appropriate Kirchhoff’s law to confirm your results.