R₁ = 19 ε = 12V b C ww R₂ = 29 ww d R₂ = 30 e g f Use Kirchhoff's Law to solve for the current, voltage, and power dissipated in each resistor. h 1. Draw this circuit and assign current direction. 2. Write an equation based on loop cefdc. 3. Write an equation based on loop adfgha. 4. Write an equation based on junction b. 5. Write the a matrix equation based on the equations you have written. 6. Use the matrix calculator to solve for the current. Take a screenshot https://www.desmos.com/matrix 7. Using the current values, solve for the voltages across each resistor. 8. The power dissipated across each resistor i is given by P; = I;V;. Calculate the power dissipated in each resistor. 9. Solve the current analytically.

R₁ = 19 ε = 12V b C ww R₂ = 29 ww d R₂ = 30 e g f Use Kirchhoff's Law to solve for the current, voltage, and power dissipated in each resistor. h 1. Draw this circuit and assign current direction. 2. Write an equation based on loop cefdc. 3. Write an equation based on loop adfgha. 4. Write an equation based on junction b. 5. Write the a matrix equation based on the equations you have written. 6. Use the matrix calculator to solve for the current. Take a screenshot https://www.desmos.com/matrix 7. Using the current values, solve for the voltages across each resistor. 8. The power dissipated across each resistor i is given by P; = I;V;. Calculate the power dissipated in each resistor. 9. Solve the current analytically.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

Help pls
Q2/ for the series circuit in the Figure beside a. Find the total resistance.. b. Calculate the source current Is. c. Determine the voltages V1, V2, and V3. d. Calculate the power dissipated by R1, R2, and R3. e. Determine the power delivered by the source, and compare it to the sum of the power levels of part (d). 20 V R₁=20 R₂ = 50 W +
The following resistors are connected in a DC circuit: R₁ = 214 2 R₂=182 2 R3 = 335 2 . . a. Calculate the total resistance if each resistor is connected in series. b. Req= BB 2 Ω Calculate the total resistance if each resistor is connected in parallel. Req= 52
Q8
In the RC (series) circuit, R = 1.2 M2 and C = 5.00 µF. It is connected to a 30 volt power source with a www- R switch S. What is the current in the circuit when the capacitor reaches 25 volts? b. 4.17 µA 2.12 μΑ c. 9.3 μΑ 12.4 HA
Using the circuit below: a. Redraw the circuit where Rx = 102 b. Determine the value of Iy. Iy 1002 2A Rx
Directions: Read and analyze and answer each item. 1. Compute for the total values of resistance and current and individual values of voltage and given circuit. current in the R₁ 2 3 ΚΩ 9 V 5 kQ 3 R3 2. Compute for the total values of resistance and current and individual values of voltage and current in the given circuit. R₁ R₁ R₁ 10 V R₂ = 10.5 2 R3 = 152 R4 = 2002 R6=1202 R7 = 350 R₁ = 100 R5=80 10 ΚΩ R₂
need help with part D
3. A 60 and a 120 resistor are connected in series with a 36 volt battery,. How many Joules per second are dissipated by the 120 resistor. A. 14 watts B. 24 watts C. 48 watts D. 64 watts
Consider a series RC circuit as in Figure below for which R =7 ΜΩ, C-8.5 μ. and ε=30.0 V. Find the maximum charge ( in units of µC) the capacitor can have after a very long time of the switch S being closed. R Select one: A. 255.00 B. 331.50 C. 127.50 D. 382.50 E. 510.00
Calculate the following a,b, and c
Resistors are connected in the circuit shown below: 1) What is the equivalent resistance? A. 4.4 Ω B. 2.2 Ω C. 1.1 Ω D. 0.1 Ω 2) What is the total current in the circuit? A. 2.73 A B. 2.25 A C. 2.10 A D. 3.10 A 3) What is the voltage across the 6-Ω resistor? A. 6.54 V B. 13 V C. 12 V D. 8