A series circuit contains the following values of resistors: R1 5 510 V R2 5 680 V R3 5 390 V R4 5 750 V Assume a source voltage of 48 V. Use the general voltage divider formula to calculate the voltage drop across each of the resistors. E1 5 _______ V E2 5 _______ V E3 5 _______ V E4 5 _______ V Copyright

A series circuit contains the following values of resistors: R1 5 510 V R2 5 680 V R3 5 390 V R4 5 750 V Assume a source voltage of 48 V. Use the general voltage divider formula to calculate the voltage drop across each of the resistors. E1 5 ___ V E2 5 _ V E3 5 _ V E4 5 ___ V Copyright

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter7: Parallel Circuits

Section: Chapter Questions

Problem 3PP: Using the rules for parallel circuits and Ohmslaw, solve for the missing values....

See similar textbooks

Similar questions

The reading of ammeter A1 is____ A.The reading of ammeter A2 is____ A. The reading of ammeter A3 is ___ A.
6. alley is (51 x 10-n.m). The long , 6 cm wide , and 0.014 cm thick. Deter The resistivity of an are : 15 cm the resistance for figures @ and ® below. 0.014 0.014 (a) (b) [9.4* 10,79.3 * 10-]
QUIZ 1 I. TRUE OR FALSE: Write TRUE if the statement is correct; and if false, write NO and underline the WORD that makes the statement incorrect. 1. The voltage across a short is equal to the source voltage. 2. Most circuits in commercial and industrial electronics equipment are parallel circuits. 3. A parallel –- series circuit cannot be reduced to a single total or equivalent resistance. 4. The total current increases each time a lamp is added in a parallel circuit. 5. To produce any circuit to a single representative resistance, you start with the components nearest from the power source 6. The current across a short is zero. 7. The line current and voltage distribution of the voltage divider changes as the load changes. 8. The sum of the resistances determines the total amount of circuit voltage in a series resistive circuit. 9. Thevenin's and Norton's theorems can be used for circuit analysis by reducing a complex circuit to a simple equivalent circuit. 10. Copper wire is a…
R1 of 90 kilo ohm and R2 of 10 kilo ohm are in series across a 43-volt source. A) Draw the schematic diagram. B) What is the voltage drop at R2?
If PMMC meter have internal resistance of 1002 and full-scale range of 1mA. Assume we wish to increase the meter range to 2A. the value of shunt resistor will be: OR_sh=0.00500 OR_sh= 0.00010 OR_sh=0.11111 0
Reduction is the _______ of electrons. * gain t ransfer sharing loss
The answer by applying OR gate is 111101011 for the below figure: No yes
Give the value of the following resistors: with solutions(Must write final value to short notation using KOhms, MOhms, etc. if applicable) 6. Green, red, Orange, gold7. Blue, Violet, red, silver8. Orange, orange, red, silver9. Red, Orange, Green, gold10. Red, brown, black, silver
Number 6 Please show your detailed solution.
GIVEN: Three-phase System Data: 30 Source ZLine 30 Load Ean Zan = Zbn = Zen = 0.1 + j1.5 n Source: 12020° v; Epn = 1202 – 120° v; Een = 1204120° v (grounded neutral) Line Impedance: Zline a = Zline b Zline c = 1+ j2 N; C Load Impedance: Zab 40 + j30 N; Zbc = 40 – j30 N; Zca = 50 + j0 N %3D %3D
Choose the correct name of meter which has more number of shunt and series multiplier resistances. O a. Ammeter O b. Voltmeter O c. Wattmeter O d. None of the above
If we try to connect a wire from the bottom terminal of C going to the top terminal of H. Which of the following statements will be correct? a.) Resistors E and F are useless. b.) Resistors C and H are useless. c.) Resistors B and I will become series. d.) Resistors D and G will become series