Which one or ones of the following statements about Kirchhoffs rules are correct? I) The junction rule is based on the law of conservation of energy. II) The loop rule is based on the law of conservation of energy. III) The number of required equations to find the unknown currents has to be as many as the number of all possible loops. O A) Il and II O B) II O C) I and II O D) II O E) I

Which one or ones of the following statements about Kirchhoffs rules are correct? I) The junction rule is based on the law of conservation of energy. II) The loop rule is based on the law of conservation of energy. III) The number of required equations to find the unknown currents has to be as many as the number of all possible loops. O A) Il and II O B) II O C) I and II O D) II O E) I

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter29: Dc Generators

Section: Chapter Questions

Problem 1PA: You are working as an electrician in a large steel manufacturing plant, and you are in the process...

See similar textbooks

Similar questions

a. If you do not go completely around the loop when applying Kirchhoff’s voltage law, then the algebraic sum of the voltages cannot be determined the algebraic sum of the voltages will always be positive the algebraic sum of the voltages will always be negative the algebraic sum is the voltage between the start and finish points b. A p -type semiconductor is a semiconductor doped with impurity atoms whose electron valence is +4 pentavalent impurity atoms trivalent impurity atoms
21 - The first Kirchhoff’s rule is related to ............ A) The sum of the currents at any junction ˃˃ 0 B) The sum of the currents at any junction = 0 C) The sum of the currents at any junction ˂˂ 0 D) The sum of the currents at any junction ≠ 0 E) The sum of the currents at any junction ≈ 0
DETERMINE AND LABEL THE LOOPS. Solve the missing values of electric currents using Kirchhoff's laws. FInd the value of electric current flowing in and out of junction b
How temperature effect conductivity? Explain with the help of following equation. m e'n7'
liting Q9. For the circuit shown in Figure C9, Calculate the following i) Current through the Silicon diode (Isi). ii) Current through the Resistor R2 (1). iii) Current through the diode D4 (IGe4). iv) Voltage at points V3 and V4. Is D1. D2 Si Si oV4 RI 1.3K2 R3 2.7K R2 3K2 IGe4| 15V D5 Si 03 D4 Ge Ge V2 1V Figure C9
Diodes Are Connected In Series To Share A Total... 21 Question • Two diodes are connected in series to share a total reverse voltage of VD=D 5 KV. Reverse leakage currents of the diodes are ID1=30 mA and Ip2=35 mA. - Find Vp1 and Vp2 for R,=R2=100 k2 - Find R, and R2 for VD1=VD2 R1 VD1 Hint: Is=L,+IRj= I,2+IR2 VD R2 VD2
A RTD made up of platinum has a resistance of 440 Ohms at temperature 730 °C. a) Find the value of initial resistance RO if a =0.00385 b) Find the value of initial resistance RO if a =0.0386. a.Initial Resistance (RO) = b..Initial Resistance R01 =
What is Ohms law? Explain with examples
In the circuit below, we have a Zener Diode circuit with a load, RL. Use the same measurements for source voltage V1 and resistor R3 resistance as in the circuit schematic. V1 -15V R3 2700 D1 1N753A RL Determine the lowest possible value for the load RL, so that the voltage drop across it is equal to the Zener voltage. For your diode, use model Zener 1N753A. This diode has a Zener voltage of 6.2V, a Zener current of 60mA, a Zener impedence of 72, and a test current of 20mA.
use the constant voltage drop model in analyzing the diode circuit below: 10 92 V₁ (+ M 1 V D₁ If V₁ is -3 V, what would be the state of the diodes? A. D₁ and D₂ are both OFF C B. D₁ is OFF and D₂ is ON - 1 V D₂ C. D₁ is ON and D₂ is OFF D. D₁ and D₂ are both ON + 1092 Vo
QUESTION 2 a) The series-parallel diode circuit in Figure Q2a consists of two diodes made of silicon and germanium. The threshold voltage for silicon diode is 0.7 V and germanium diode is = 0.3 V. Solve for the current I, V, and V2. R1 V1 Si V2 +5V 4.7 kN R2 10 kN Ge 8 -5 V Figure Q2a
QUESTION 2 a) The series-parallel diode circuit in Figure Q2a consists of two diodes made of silicon and germanium. The threshold voltage for silicon diode is 0.7 V and germanium diode is = 0.3 V. Solve for the current I, V, and V2. R1 V1 Si V2 +5 V 4.7 kN R2 10 kN Ge 6 -5 V Figure Q2a