3- Given the adjacent electrical circuit:R₁=1092, R₂=150, R3-160 et R4-892. Calculate:a) The equivalent resistance (Req) of this circuit. (1 pt)b) The total current if the voltage is V=60V. (0.5 pt)R3c) The voltage across the terminals of each resistance. (2pts)d) The current flowing in R1. (0.5 pt)e) The energy dissipated in R1 during 30 minutes. (0.5 pt)R1R2R4V

Answered: Image /qna-images/answer/9d3df676-f690-4f5e-a045-44c1394784a6.jpg

3- Given the adjacent electrical circuit: R1 R₁ 1092, R₂=150, R3-1602 et R₁-892. Calculate: R3 a) The equivalent resistance (Req) of this circuit. (1 pt) b) The total current if the voltage is V-60V. (0.5 pt) c) The voltage across the terminals of each resistance. (2 pts) R2 R4 V

3- Given the adjacent electrical circuit: R1 R₁ 1092, R₂=150, R3-1602 et R₁-892. Calculate: R3 a) The equivalent resistance (Req) of this circuit. (1 pt) b) The total current if the voltage is V-60V. (0.5 pt) c) The voltage across the terminals of each resistance. (2 pts) R2 R4 V

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

Related questions

Q: multiplexer

Q: A load of 240 + j 120 is connected to a source of 480 V with a phase angle of 30o, through a…

Q: In an Amplitude Modulated (AM) wave with 100% modulation (ma), the carrier is suppressed. The…

A: Given, In an AM wave with modulation, ma=100%=1

Q: 7- when the temperature of PV module increases

A: Given: When the temperature of the PV module increases

Q: Example 4.6: A varactor has a maximum capacitance of 80 pF and is used in a tuned circuit with a 100…

A: Given data, Capacitance (C) =80pF Inductor (L) =100μH

Q: A 3-phase, Y-connected syn. generator supplies current of 10 A having phase angle of 20° lagging at…

Q: for the circuit of fiz. (1) find the value of Хсх and Xey in terms of XL to satisfy the following…

Q: Use the mesh-current method to find the steady- state expression for v, in the circuit seen in Fig.…

Q: Problem 12. Determine the energy stored in a 10 nF capacitor when charged to 1 kV, and the average…

A: Given: Capacitance, C = 10 nF Voltage, V = 1 kV Time, t = 10 μs

Q: What is the power contained in SSB transmission when the carrier power is 1 KW and the modulation…

A: Given: Carrier power, Pc=1 kW=1000 W Modulation index, μ=0.3

Q: CONSIDERING THE RECTIFIER WITH CAPACITIVE FILTER BELOW AND V1 = 120V, 60 HZ WITH RELATION…

A: Rectifier shown is a single phase mid point type input voltage =V1=120 V, frequency f =60 Hz…

Q: 1. Sketch the output waveform for the following: a.) + 1kQ2 +8 V Si V₂ 4 V -8 V 16

Q: HW# 07 Q. Use the below PAL device to realize the logic functions f₁and f2 given by the following…

A: The Given Truthtable is x y t P1 P2 0 0 0 0 1 0 0 1 1 1 0 1 0 1 0 0 1 1 0 1 1 0 0 1 0…

Q: Resistance of 800 2 has a conductance of O125 millisiemens O 1.25 millisiemens O 12.5 millisiemens…

A: In this question we need to choose a correct option.

Q: Find the Thevenin's and Norton's Equivalent circuit at a. terminal a - b b. Terminal c - d -j4Q d…

A: a. Given circuit is shown below. The Thevenin's equivalent from terminals a-b…

Q: Problem 6. The resistance of 1.5 km of wire of cross-sectional area 0.17 mm² is 150 22. Determine…

A: Given: Resistance, R=150 Ω Length, l = 1.5 km = 1500 m Cross sectional area, A=0.17 mm2=0.17×10-6 m2

Q: (B) Solve the differential equation:- y""-3y' +2=0, y(0) = 1,y'(0) = 1, y" (0) = 0

Q: a. Find the total impedance ZT. b. Calculate the voltage V₂ and the current IL. . Find the power…

Q: Q1: For the circuit shown in fig.(1), the supply current Is i(t)=10+4 sin500t+2 sin1500t Amp. Find…

A: Inductive reactance directly proportional to frequency Capacitive reactance inversely proportional…

Q: This is the answer plz write white page Given, RA= 1300N RB 433N - = 50N Assume mass of man = MFx=0…

A: Answer on white paper is given as

Q: C t V sine R2 Let R1 = 4 ohm, R2 = 2 ohm, reactance of the capacitor -j3 ohm and reactance of the…

A: In this question , we will find voltage across Inductor and current through capacitor....

Q: R1 ww m degree V R2 sine Let R1 = 4 ohm, R2 = 2 ohm, reactance of the capacitor -j3 ohm and…

Q: 1. Using KCL, write the write the expression ²3↑ V3 a V4 + Vs Is Vs+ V1_ is 16 d 2. Using KVL. Write…

Q: b) Find the capacitance of a parallel plate capacitor if the area of each plate is 0.1 m² and the…

A: area of each plate is 0.1 m2 and distance between the plates is 2 mm and dielectric is oil with a…

Q: с R y(t) Figure 3 Question 4: A data signal has a frequency >1MHz, but there is unwanted signal at…

A: Given data, f=100Hz

Q: Find the Thevenin's and Norton's Equivalent circuit at a. terminal a - b b. Terminal c - d -j4Ω d…

A: As per our guidelines we are supposed to answer only one question at a time. Please repost the…

Q: Where are cable operator signals the most weakest and distorted? (Choose 2) at the photodiode…

A: Since you have posted multiple MCQ-type questions, we will solve the first three questions for you.…

Q: Q1: Answer two of the following questions: a) For the circuit shown in fig.(1), v = 10e* V and i =…

Q: 21): For the circuit shown in fig.(1), t and then at time (t-0), the switch is m method, find ir(t),…

A: Given: The switch is at position 1 for a long period of time in the below-given figure.

Q: A certain op-amp is used in a feedback configuration having a gain of 20 and a bandwidth of 500 kHz.…

A: NOTE: as per our guidelines we are supposed to answer only one question. Kindly repost other…

Q: If two signals modulate the same carrier with different modulation depth of 0.3 and 0.9, the…

A: Resultant modulation index is calculated as

Q: Q1- the primary voltage of transformer is 6600 V and the turn ratio equal 10.6. If the primary and…

Q: Problem 2 Find VR (t) for all time t. 4 V 202 5 HH t=0 t = 0 7. 2 H + VR 222 ΖΩ

A: For the given question we need to calculate the value of instantaneous voltage across the resistor…

Q: QUESTION 14 The diagram shows an electromagnet electric pell. Describe how the bell on the right…

A: When the switch is closed, the electromagnet magnetizes and attracts the soft iron armature of the…

Q: Example 13.2. A 2-wire d.c. distributor AB is 300 metres long. It is fed at point A. The various…

Q: Example 1.3. A coil consists of 2000 turns of copper wire hav- ing a cross-sectional area of 0.8…

A: Given, A coil consist number of turns = 2000 Cross section area, A = 0.8 mm2 = 0.8×10-6 m2 Mean…

Q: Q1): For the circuit shown in Fig.(1), the switch was in position (2) for long time, at time (t-0)…

A: Given that, At t=0 the switch is moved to position 1

Q: Find VR (t) for all time t. 4 V 202 F t= t=0 2 H + VR202

A: For the above given question we need to calculate the value of resistor voltage for all time t.…

Q: What is a true statement about the capacitors connected in series illustrated below? C 30 AV O The…

A: Energy stored in capacitors is calculated as

Q: A 125V Short compound, de motor has 'armature, series field and shunt field; resistance of…

Q: The region between concentric spherical conducting shells r=0.5 m and r = 1 m is charge free. If…

Q: Task 1 Students are required to do a calculation using nodal analysis and mesh analysis for the…

A: Given here a electrical circuit and asked to find nodal voltages and mesh currents.

Q: HWA long solenoid that has 1000 furns uniformity distributed over a length of 0.4m produces a…

Q: a=2 A 4-pole, 25 kw, 250V, wave-wound shunt generator has 361 armature turns, brush leads by 8…

A: In this question we will find shunt generator armature demagnetizing and cross magnetizing ampere…

Q: 4.10 A buck regulator has an input voltage of 12 V and the required output voltage is 5 V. What is…

Q: Fig. 5 Q5. Calculate the maximum and minimum collector current in circuit shown In (fig. 6) and find…

Q: Problem 2 Find V (t) for all time t. 4 V HE ΖΩ 115 HH F t = 0 t=0 7 2 H + VR www 202

A: In this question, We need to determine the voltage across the resistance R? We know, Voltage…

Q: 4.11 For the isolated buck boost converter as shown in the circuit below, the output voltage is to…

A: Given circuit: Output voltage, Vo=35 V Supply voltage, Vs=1152 V Duty cycle, α=30 %=0.3

Q: (B) Find the Fourier Transform, power spectral density spectrum and normalized average power for the…

A: It is given that: xt=10 sin10πt+20 cos10πt

Q: The phase angle of the system G(S) = (a) 0° and 90° (b) 0° and -90° s+5 ; varies between S²+8s+9 (c)…

A: In this question, We need to choose the correct options What is variation of angle of given system.…

Concept explainers

Current Division Method

The generalized current divider formula is given by the following relation below,

Question

3- Given the adjacent electrical circuit:
R₁=1092, R₂=150, R3-160 et R4-892. Calculate:
a) The equivalent resistance (Req) of this circuit. (1 pt)
b) The total current if the voltage is V=60V. (0.5 pt)
R3
c) The voltage across the terminals of each resistance. (2
pts)
d) The current flowing in R1. (0.5 pt)
e) The energy dissipated in R1 during 30 minutes. (0.5 pt)
R1
R2
R4
V

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step by step

Solved in 2 steps with 2 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, electrical-engineering and related others by exploring similar questions and additional content below.

Similar questions

Using the rules for parallel circuits and Ohmslaw, solve for the missing values. ETE1E2E3E4ITl1I2l33.2AI4RT3.582R116R210R3R420PTP1P2P3P4
The circuit below(left) displays a schematic diagram of a battery. The voltage measured by U1 is called the terminal voltage given R1 = 1 ohm. In the circuit below(right), the terminal voltage of each of the battery-resistor combination is VT = 1.5 volts. Find the current passing through R1, R3, R5
The circuit below(left) displays a schematic diagram of a battery. The voltage measured by U1 is called the terminal voltage given R1 = 1 ohm. In the circuit below(right), the terminal voltage of each of the battery-resistor combination is VT = 1.5 volts. The current passing through R1, R2, R5
INSTRUCTIONS: Solve the following problems. Show and COMPLETE solutions. Draw all CIRCUIT DIAGRAMS or the equivalent circuit (dummy circuit) as the case may be. Write your solutions on sheet/s of short bond paper. A battery is to consist of 20 identical cells. The emf of each cell is 1.5 V and the internal resistance is 0.20 ohm. This battery will be used to supply power to a 10 ohm lamp. Determine the current on the lamp if:1. The 20 cells are connected in series 2. The 20 cells are connected in parallel 3. The 20 cells are arranged 5 cells in series in 4 parallel rows.
150 100 + VA- a -4V AVA -7V 81. B b Figure 2 shows a simplified model of a gas-discharge lamp. One characteristic of these lamps is that they exhibit negative resistance; in other words, as current increases the voltage drops further, making such lamps inherently unstable. As such, a current-limiting ballast is required. For the connection shown in the figure: 1. Find the equivalent Thevenin circuit of the lamp. 2. Find the ballast resistance needed to limit the current drawn from a 24-volt source to 6 amperes.
(a) Identify the type of circuit in Figure 4. Determine its functionalities and find the appropriate mathematical equation. Sig_1 Sig_2 Sig_3+ Sig_4 Iin. Iin. Iin Iin GND www.5 R5 www R4 www R3 ww R2 ww R1 Feedback Resistor ลบ Figure 4 Iout VOUT ◆ BU
Which of the following statements regarding circuits are true? To find resistance in a parallel circuit, you must sum the individual resitances The direction of conventional current is the direction of positive charge flow. In a circuit, electrons flow from high potential energy (at the negative terminal) to low potential energy (at the positive terminal). When electricity is passed through a lightbulb, the electrons are 'used up' by the bulb. All voltages in a loop sum to 12V The current that flows into a resistor is the same as the current that flows out. To 'short circuit' something means there is an alternate path of less resistance for the current to flow. Switching on a light happens immediately because electrons move from the power source to the bulb incredibly quickly. A 'kilowatt-hour' is a unit of power, not energy.
I did a physics lab and got some values. I want to check them theoretically to see how the results differ. From this diagram, answer the following questions: The laws to be verified included the conservation of current in a node, the addition of potentials for components in series, and the addition of currents for components in parallel. The data : R1: 1094 ohm R2 : 998 ohm R3: 1094 ohmR4: 25 ohm Source 1 : 5 V Source 2 : 1.5 V
Show and COMPLETE solutions. Draw all CIRCUIT DIAGRAMS or the equivalent circuit (dummy circuit) as the case may be. A battery is to consist of 20 identical cells. The emf of each cell is 1.5 V and the internal resistance is 0.20 ohm. This battery will be used to supply power to a 10-ohm lamp. Determine thecurrent on the lamp if: The 20 cells are arranged 5 cells in series in 4 parallel rows.
Holds list UACO 50 V R1 = 10 ohms R2 = R3 = 25 ohms 15 ohms A. This is a circuit. ohms. (Round your answer to one decimal place.) B. The total resistance of this cirucit is amps. (Round your answer to one decimal place.) C. The total current flow in this circuit is amps.(Round your answer to the enarest whole number.) D. The current flow through R1 is volts. (Round your answer to the nearest whole number.) E. The voltage across R2 is
Two resistors R1 and R2 of 12 Q and 6 N are connected in parallel and this combination is connected in series with a 6.25 Q resistance R3 and a battery which has an internal resistance (in series with the battery e.m.f.) of 0.25 2. Determine the e.m.f. of the battery. (note: the current through 6 ohms is 0.8 A)
4.-For-labeled currents, draw an arrow to show the direction of the actual positive current. For labeled voltages, circle the node that is at the actual highest potential. Note that the positive and negative signs of the voltage represent the polarity of the probes of a voltmeter connected to the device. The value shown is the reading on the voltmeter. (segment of wire) 2A -2A -5A 2.de 3A TA Cov E 5V 12V + 3V -10V -201