Which of the following is the equivalent equation of the given loop EBCF? Please refer to the diagram below. A E B www 1₁ - 1₂ 252 6V 352 www D O 9V-32(11) = + 102(1₂)-202(11) O - 9V+32(11) −102(1₂) - 20(1₁) = 0 O - 9V-322(11) = - 102(1₂)-202(11) O - 9V+32(11) + 102(12) + 2Q(1₁) = 0 192 FI 3Ω 9V 7 1₁ C

Which of the following is the equivalent equation of the given loop EBCF? Please refer to the diagram below. A E B www 1₁ - 1₂ 252 6V 352 www D O 9V-32(11) = + 102(1₂)-202(11) O - 9V+32(11) −102(1₂) - 20(1₁) = 0 O - 9V-322(11) = - 102(1₂)-202(11) O - 9V+32(11) + 102(12) + 2Q(1₁) = 0 192 FI 3Ω 9V 7 1₁ C

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

HW/2 0, If the switch in Fig. 10 opens at 1 , find v(7) for 7 = 0 and we(0). Answer: 8¢V, 533 1. =0 UV P
The following graph represents the charge-discharge profile of a Li-ion battery in the 1st and 50th cycles, cycled at a rate of 0.1 C (1C = 274 mA h g-1 ) in the voltage range of 3.0 to 4.6 V. The battery is made up of LiCoO2 cathode and Li anode. Answer the following questions. a. What is the value of charge-discharge current density in this case? How long does it take for this battery to discharge from 4.6 V to 3.0 V in 50th cycle? b. Calculate Coulombic efficiency at 1st and 50th cycles. Why are these values different? c. How would this graph look like if LiCoO2 and Li were replaced by MnO2 and graphite electrodes respectively Make a rough sketch. d. Mention any two practical disadvantages of this battery?
Conduc-Thor-s. Thor has two square prism conductors that are made of the same ohmic material and with properties indicated below. Conductor Length | Cross-Section Side Length Alpha L Beta L/2 s/4 Suppose both conductors are subject to the same potential difference AV across their length while keeping their temperatures fixed. Which of the following is the correct relation between the electric currents, Ia and IB, through Alpha and Beta? O A. Ia = 8IB O B. 8Ia = Ig O. Ia = 4I8 O D. 4Ig = Ig Clear my choice
In the left figure, create two formulations/equations of the currents IT, I1, I2, & I3 using the conceptof KCL. On the other hand, create two formulations/equations of the given voltages using theconcept of KVL on the right figure.
Please illustrate the problems. Only need the diagrams/ illustrations and not the answers In a given fluid, positive ions, each with three excess protons, move towards right at a steady rate of 4.5 x 1019 ions per minute and negative ions, each with two excess electron, move towards left at a steady rate of 2.5 x 1020 ions per minute. Determine the current directed to the right.An electric circuit has a battery with an EMF of 1.50 V. Its positive terminal is connected to its negative terminal by a copper wire in a circular loop having a radius of 0.500 m. Solve for the drift velocity in the wire if there is one free electron per copper atom.
Current=1A V_ab=-12V V_bc=21V 4d. What is the total rate at which electrical energy is dissipatate in R1, R2, and R3 resistors. 4e. What is the power outpur of the 26V battery? 4f. At what rate is the electrical energt being converted to other forms in the 10V battery? 4g. Show that power output of the 26V battery equals the overall rate of dissipation of electrical energy in the rest of the circuit?
By measuring the currents and times and then draw the current vs time graph using the measurement at the lab for ε =8 V, R=1M Ω and C=4.7μF. When is the capasitor charged fully?
Given the equation V =Voe-(7.7x10-)t. at what time will the voltage drop by its original value? Select one Oa t= 155 O b. t= 165 Oc t= 145 O d. t= 175
What is the current read by the ammeter in the circuit below? Let R1 = 1 kiloohm, R2 = 2 kiloohm, R3 = 3 kiloohm, and the emf of the ideal source is 5 volts. Input R1, R2, and R3 for resistors R1. R2. and R3 respectively. Input E for the emf E. Use context clues to figure out if you need to input a numerical value, varioble, word, etc. All numerical answers should be in three significant figures. R1 R2 R3 (A) First we calculate the current across each resistor. From Ohm's law, we arrive at a general formula for current: 1= v R Plugging in values, the current across the resistor R1 is equal to: (Please note that the current is in milliamperes) 1 = eeec0os Similarly the current across R2 is: mA
Q1 /A piece of metal is its length 5m and its cross-sectional area 0.5 mm^2 and the specific resistance of the metal is 81.6*10^6 Q– m Note that the density of The substance is 8.96 kg/m^3 and the atomic weight 63.54 calculate: 1) Calculate the motion of the electron (H). 2) Calculate the mean free time (7). 3) If you know that the density of electrons along the x-coordinate increases according to the relationship n = 1030 + 8 * 1033x + 15 * 1036 x2 The temperature is 290k, so what is the value of the diffusion current Id at the metal surface x=0 3) If the value of the propagation current is Id at the distance x From the surface of the metal are 91.2*10^10 A/m2 What is the value of x
14.0 V 4.0 N 6.0 N 10.0 V 2.0 1 Find the currents I, I2, and I3 , and the potential difference Vbc SOLUTION: WRITE THE FOLLOWING EQUATION based on the selected junction/loop. USING KCL : JUNCTION b (equation 1) __- USING KVL : LOOP 1: befcb (equation 2).
Apply the Loop Rule to ABCKFA.