Q. 1 (a). For a given solar cell, the obtained current and voltage values with respect to loadresistance in the circuit (as shown in the figure) are tabulated below. Distance betweenthe solar cell and the light source is 11 cm. Calculate the efficiency for the given solarcell?Kindy hedle te t w pdraChtie er he utity g 00CurrentVoltage(V)SOLAR CELL C t elar tety ef"APPARATUSLoadresistance(mA)(Ohm)1510480.55The reaperint ry t deta22430.7533351.2FesitanceMeter47301.4Hater68201.5150101.6470041.65

Answered: Image /qna-images/answer/8883ff43-459e-4f89-b203-0bc1a5d54f80.jpg

Q. 1 (a). For a given solar cell, the obtained current and voltage values with respect to load resistance in the circuit (as shown in the figure) are tabulated below. Distance between the solar cell and the light source is 11 cm. Calculate the efficiency for the given solar cell? Load Voltage (V) ight() SOLAR CELL C "APPARATUS Current resistance (mA) (Ohm) Arat the er 10 48 0.55 22 43 0.75 33 35 1.2 47 30 1.4 68 20 1.5 150 10 1.6 470 04 1.65

Q. 1 (a). For a given solar cell, the obtained current and voltage values with respect to load resistance in the circuit (as shown in the figure) are tabulated below. Distance between the solar cell and the light source is 11 cm. Calculate the efficiency for the given solar cell? Load Voltage (V) ight() SOLAR CELL C "APPARATUS Current resistance (mA) (Ohm) Arat the er 10 48 0.55 22 43 0.75 33 35 1.2 47 30 1.4 68 20 1.5 150 10 1.6 470 04 1.65

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

2. In the figure shown below, determine the following: Battery voltage = 240 volts a. The current in the battery, I. b. The current in the 7-ohm resistor, Resistances are in ohms c. The current in the R-ohm resistor, y. d. The current in the 18-ohm resistor, I e. The current in the R-ohm resistor, I,. I2 7 42 I5 I3 12 R I4 18
Include an illustration of the circuit in the solutions. Thank you
Explain V-I and PV characteristics of solar cell or PV systems
Which of the following is cause of flow of current in solar cell. a. Sun Heat b. None c. Photons d. Electrons
QUESTION 1 In the circuit shown, determine the following: a.) The terminal voltage of battery E6 is b (a) 22 (b) 21 (c.) 17 (d) 18 (e) 19 b.) The potential difference, Vge is c V. (a) – 22 (b) 22 (c) - 2 (d) 2 (e) 12 c.) The terminal voltage of battery, E5 is d V (a) 8 (b) 7 (c) 6 (d) 18 (e) 12 d.) The potential difference, Vce is b V. (a) 16 (b) 12 (c) 10 (d) 8 (e) 18 e.) The potential difference, Vdg is e V. (a) 8 (b) – 12 (c) - 8 (d) - 10 (e) 10 a b C 20 E1= 6v, 0.50 E2= 11v, 0.50 E3= 7v, 0.52 = E6= 20v, 0.52 E5= 7v, 0.50 E4= 19v, 0.50 f 20
Q. What is the voltage across the load when the push button is depressed ? Q. What would the current flow be if a short-circuit is put accross the battery terminal ?
3.- For the following circuit, determine the following:(a) Currents in each branch. b) Potential differences between each branch (from junction to junction). c) Electric potentials in each junction with respect to ground
Draw VI characteristics of solar PV cell.
Calculate the supply voltage necessary for charging a battery of 110cells or 30A (i)at the beginning of charge and (ii)at the end of the charge, If each cell possesses p.d.of 2.1 volts at the beginning and 2.7 volts at the end of charge.Allow 0.06 for the resistance of the connecting leads.