EBK ELECTRICAL WIRING RESIDENTIAL
19th Edition
ISBN: 9781337516549
Author: Simmons
Publisher: CENGAGE LEARNING - CONSIGNMENT
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Chapter 20.2, Problem 2R
a.
To determine
Calculate the power rating of the oven in watts.
b.
To determine
Calculate the ampere rating of the oven.
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1. The practical unit of electric charge. ____________
2. A path for the current to flow. ______________
3. DC Voltage has ________ polarity
4. Resistance to current flow in AC circuits, measured in ohms. ____________
5-7. Types of grounds in electrical/electronics circuits.
(5) ______________
(6) ______________
(7) ______________
8. Also known as Ohm’s Law. ________________
1. A14/2 type copper used for a general lighting branch circuit. Ampacity:______________ Maximum Fuse or Circuit Breakers Sizes:________________ 2.Three 8 AWG copper conductors with THHN insulation Installed in garage in electrical metallic tubing (EMT). The ambient temperature in the garage can reach as high as 110'F. All termination points for this circuit are rated 60'C. Ampacity:______________ Maximum Fuse or Circuit Breakers Sizes:________________ 3.Four 4 AWG copper conductor with THWN insulation imstalled in EMT in a basement. All termination points are rated at 60'C.
Ampacity:______________ Maximum Fuse or Circuit Breakers Sizes:________________ 4. An 8/3 Type UF copper cable installed underground from a house to a detached garage to feed a 120/240-volt subpanel. All termination points are rated at 60'C.…
What follows is a numeric fill in the blank question with 3 blanks.
Figure 1 shows the three phases V-t graph in Turkey. Please write the indicated values with their units in boxes and Voltage - time function of each phase in table below. Please write the units in the second box.
1= _______________ V
2= ________________ms
3= _______________ms
Chapter 20 Solutions
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- Direction. Answer each problem and show your solutions cleanly and clearly. Draw diagrams._______________________________________________________________________________________________________________________arrow_forwardAnswer each problem and show your solutions cleanly and clearly. Draw diagrams.__________________________________________________________________________________________________________arrow_forwardA. Voltage not unnecessarily high High voltage are undesirable if the employees working around the circuits are not familiar with electricity. Usually there is no advantage that would warrant a very high voltage in a plant employing non electrical men.arrow_forward
- A Single Phase Motor is connected to a 120 Volt, 60 Hz line. The motor has a current draw of 15.7 amperes. A watt meter indicates the motor is actually using 1.340 watts. Find the following: Apparent power: ___________________________________________________________________________________________ Power factor of the motor; _________________________________________________________________________________ Reactive power of the motor: ________________________________________________________________________________ Capacitance needed to correct the power factor to 100%: ____________________________________________________ Capacitance needed to correct the power factor to 95%: _____________________________________________________arrow_forwardiF AN AMMETER WAS CONNECTED BETWEEN SWITCH1 AND POTENTIOMETER R1, HOW MUCH CURRENT WOULD IT INDICATE AT E(min) and E(max) IE(min)=__________________________mAdc IE(max)=__________________________mAdcarrow_forward11. A 4 AWG copper electrode that's encased in concrete must be a minimum of _______ feet long.A. 20B. 40C. 50D. 30arrow_forward
- 6.a. Extreme _______ may cause some nonmetallic conduits to become brittle and therefore moresusceptible to damage from physical contact.A. coldB. corrosionC. voltageD. heat6.b. Snap switches are permitted to be grouped or ganged in an enclosure provided the voltage between theadjacent snap switches does not exceed ___ V.A. 400B. 300C. 200D. 100arrow_forwardVoltages above ____________AC and ___________DC are always dangerous. Extra precautions should be considered as voltage levels are increased.arrow_forward18. True or False: Electrons have a positive charge 19. If divide voltage by amperage, your result will be in ______________. 20. The rubber / plastic coating on electrical wire is called ______________.arrow_forward
- You are an electrician working in an industrial plant. The company is constructing a maintenance shop located 225 feet from the main plant electrical system. You are to install a 400-ampere three-phase wire system in the new maintenance shop. The service is supplied by the existing plant service. The voltage is 480 volts and the voltage drop is to be kept at 3% or below at full load. The conductors are to be aluminum. What size conductors should be installed for the new service? Express your answer to the nearest standard wire size. (Note: Determine the wire size by calculating length, resistance, and voltage drop as opposed to using the National Electrical Code.)arrow_forwardUNIT 9 VOLTAGE DROP ACROSS CONDUCTORS 81 10. The voltage source across a motor is 238 volts. The motor is located 200 feet from the source voltage. The type of wire used is an alloy, and the CSA is unknown. If the line drop equals 2 volts, find the value of the source voltage. JALuitoarrow_forwardConnect the initial circuit as shown in Figure 47-1.2. Set VA at 20 volts. Insert a jumper wire between points A and B and observe the meter action.OBSERVATION Current flowed for approximately ___________ seconds as evidenced by the voltagemeasured across R. The rate of charge was (linear, nonlinear) __________________.nCONCLUSION The current that flowed was the charging current that charged the capacitor to avoltage equal to (VR, VA) ____________________. Was charging current maximum atthe beginning of the charge time or near the end? _________. At the beginning of thecharge time, the voltage across R was equal to (VC , VA) _______________________(the first instant). At the end of the charge time, the voltage across the resistor is________ volts; the voltage across the capacitor is equal to VA.arrow_forward
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