1. a) Find the current, I passed through the circuit given below: XY ka x.Z ka Y.Z ko 1.0 ka 12.0 V + b) Find the value of the resistance and its error part (give your results in two form such that % and +) for the colour code given in Table 1. Find the colour code of the resistance given in Table 1, (You can find the chart of colors on the paper.) Table 1. Chart of colors |Color Code Band Color Digit Tolerance Value of Black Brown Resistance Red Orange Yellow Green Blue Vielet Gray Green - Blue – Violet – Gold White 0 9 Geld Silver None YZ000 2 5% x 5o N

1. a) Find the current, I passed through the circuit given below: XY ka x.Z ka Y.Z ko 1.0 ka 12.0 V + b) Find the value of the resistance and its error part (give your results in two form such that % and +) for the colour code given in Table 1. Find the colour code of the resistance given in Table 1, (You can find the chart of colors on the paper.) Table 1. Chart of colors |Color Code Band Color Digit Tolerance Value of Black Brown Resistance Red Orange Yellow Green Blue Vielet Gray Green - Blue – Violet – Gold White 0 9 Geld Silver None YZ000 2 5% x 5o N

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

A copper wire has a temperature coefficient of resistivity of 0.0054 degree c-1.When it is placed in a water bath of temperature 91 degree c-1 it exhibits a resistance of 899.20.What is the resistance when the temperature of the water bath is now at 14.3 degree c? Write your answer in one decimal place?
Assume that the bridge shown in the figure is used to determine the resistance of an unknown resistance Ry. Calculate the unknown resistance if the variable resistance (R3) setting indicates 625.40 when the galvanometer current (Ia) indicates OmA.
4. An ac voltage source supplying a load is being measured by an oscilloscope. If the voltage across the whole load is measured to be vft) = 160 cos 50t Volts, and the current that flows out of the supply is it) = -20 sin(50t – 30°) Amperes, calculate the instantaneous power and the average power absorbed by the load. 5. Via nodal analysis, obtain Vin the circuit below. Leave your answers in terms of the resistance and reactances as shown. R ww jal. jaC
For the circuit given, the reading on the ammeter is 4.8 A and the value of resistor is 117 ohms, then the value of battery or input voltage is given by, See the Pic and select one: a) 0.04 V b) 121.80 mV c) 561.60 V d) -112.20 V
For the network shown in Figure B22 , assume E = 17V,Diode Di, D2 as Germanium Ri-2KΩ and R2-3ΚΩ. Calculate, i. Current I1, i. Current ID2 ii. Voltage across resistor R2 R1 D1 + E D2 I2 R2 Figure B22
Vdc0 U=12 V Circuit #1 Ried V LED www Ried_series 0.05 Vdc0 U = 12 V 0,04 Circuit 0.03 0.02 0.01 RED LED GREEN LE Set current to 10 mA LED voltages Given the circuit #1 presented above, answer the following questions: BLUE_LEC Red 0.5 1) Determine the value of the V₁ (voltage forward of the LED) for the LEDS RED, VDRED GREEN, VREEN and BLUE, VOBLUES when the current through the LEDs is 10mA, 2) Is the LED in Circuit #1, connected in the way that will be lighting up or not - Justify your answer Green 3) Calculate the value of the resistance Rled in Circuit #1, to ensure that a RED LED will have a current of 10 mA 1.5 2 25 Voltage across LED (V) 4) Calculate the value of the resistance Rled in Circuit #1, to ensure that a GREEN LED will have a current of 10 mA Blue 5) Calculate the value of the resistance Rled in Circuit #1, to ensure that a Blue LED will have a current of 10 mA 6) Given three LEDs, connected in series as shown in the Circui # 2 (below), calculate the value of the…
The circuit shown below is an example of a simple voltage regulator. Determine the current through R1 in mA. Assume the following values for the resistors: R1 = 14 k0, R2 = 12 k0. Express your answer using three decimal places. Assume the opamp is ideal and Q1's ß is infinity. Q1 VCC Vref NPN U1 OUT 20V 1.2V R1 R2 ww
For the network shown in Figure B22 , assume E = 12V, Diode Di as silicon and D2 Germanium, R1=1.5KN and R2=1KQ. Calculate, i. Current I1, ii. Current Ip2, iii. Voltage across resistor R2 R1 D1 E D2 Ip2 I2 R2 Figure B22
Quick please.
Determine the total resistance and total current, as well as the current, voltage and power that exists in each of the resistances of the following resistive mixed type circuit
1. Solve the following resistance problems: a. A 4.2 cm long copper wire has a cross-sectional area of 3.7 mm?. Determine the resistance of that wire. Check the resistivity of Copper int the table given in the textbook. b. Consider a 1.6 cm long silver wire. What is the cross-sectional area of the wire for it to have a resistance of 2.2 x 102 0.