: B//6 resistors each one 12 Q connected in parallel and then connected to across 12V DCbattery, choose the correct answer.1- The equivalent resistance is.(b) 36 22-The voltage across each resistor is:(b) IV3- The Total current provided by the battery is(a)72 2(c) 12 2(d) 2 2(a)72V(c) 12 V(d) 2V(a) 2 A(b) IA(c) 6 A(d) 12 A4- The current passes through each resistor is:(b) 2A(a) 1A(c) 3 A(d) 6 A5- If these resistors connected in series, the voltage across each resistor is:(a) 72V(b) 12V(c) IV(d) 2V

Need to find for all parts in given question Note :- please post one question at a time repost…

: B//6 resistors cach one 12 Q connected in parallel and then connected to across 12V DC battery, choose the correct answer. 1- The equivalent resistance is. (a)72 2 (b) 36 2 (c) 122 (d) 2 2 2-The voltage across each resistor is: (a)72V 3- The Total current provided by the battery is (b) IV (c) 12 V (d) 2V (a) 2 A (b) I A (c) 6 A (d) 12 A 4- The current passes through each resistor is: (b) 2A (a) 1A (c) 3 A (d) 6 A

: B//6 resistors cach one 12 Q connected in parallel and then connected to across 12V DC battery, choose the correct answer. 1- The equivalent resistance is. (a)72 2 (b) 36 2 (c) 122 (d) 2 2 2-The voltage across each resistor is: (a)72V 3- The Total current provided by the battery is (b) IV (c) 12 V (d) 2V (a) 2 A (b) I A (c) 6 A (d) 12 A 4- The current passes through each resistor is: (b) 2A (a) 1A (c) 3 A (d) 6 A

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

need fast
Two identical zinc-carbon batteries are available. When connected in series, they supply 0.5 ampere to a 4-ohm resistor. When connected in parallel, they supply 0.4 ampere to a 5-ohm resistor. Determine the emf and the internal resistance of each battery
How can i solve these problems(For both circuits the voltage of the battery is 9V and the resistance of each bulb is 3 Volts)
In the circuit, Determine: a. the total resistance (R7) of the circuit in kl. (. . places for the final answer) b. the current flowing in mA for each of the resistors, R1, R2, R3 and R4 ( use 2 decimal places for the 12V final answer) c. the voltage in V across each of the resistors, R1, R2, R3 and R4 ( use 2 decimal places for the ; use 2 decimal R = 3000 R3 = 4000 R2 = 1000 R4 = 1ka %3! final answer)
How much energy must a 24-V battery expend to chargea 0.45 µ F and a 0.20µ F capacitor fully when they areplaced (a) in parallel, (b) in series? (c) How much chargeflowed from the battery in each case?
See the following figure. This is a 1.5V Battery. You have 5 of them. Now you need to produce 4.5V using all batteries. Draw the scenario. [You should use all batteries]
bläs 6 Q3: Calculate voltages between points A,D (V1) and between points B,C (V2) before and after closing switch S A 3 B 15V D S 12 C
Question: Two thyristors having a difference of 3mA in latching current are connected in series with the circuit. Voltage across the devices are 420 V and 300 V. What the values of a resistor and capacitor of a suitable RC circuit for thyristor if the permissible difference in blocking voltage is 8 V and difference in recovery charge is 3µC. Option 1: 30KQ, 0.015 µF Option 2: 60KO, 0.045 µF Option 3: 50KO, 0.035 µF Option 4: 40KQ, 0.025 µF Prev
6. You have a circuit with two resistors, labeled Alpha and Beta, in parallel connected to a battery. (The same type of circuit we tested in our previous lab.) The voltage drop across resistor Alpha is 9.50 V. Alpha has a resistance of 235.0 2 and resistor Beta has a resistance of 518.0 2, What is the voltage drop across resistor Beta?" a. b. What is the total voltage drop across the entire circuit?? c. What is the equivalent resistance for the entire circuit? 10dio
Consider the circuit shown in the figure below, If the voltage at point a is 15V and point b is 6V, calculate the current of the 30 resistance. 32 a o 122 412 Oa 6A Ob. 7A Oc. 3A Od 9A
Determine the voltages across each resistance using Kirchhoff’s Law. All resistances are in ohms.
You connect a 6 Q resistor and a 12 Q resistor in series to a 9 V battery. Find the total equivalent resistance, RTOT, in Ohms. RTot ITot R2 12 2 R1 BAT1