Solve the last part Q1(0,0)-As shown above, Q1 is a charge of -9.5µC, located atx=0, y= 2.7 cm.Q2 is a charge of +2.7µC, located at x-0, y= -7.3 cm.Q3 is a charge of +1.6µC, located at x = 18 cm, y=0.Calculate the magnitude of the electric force on Q3 dueto Q1.383NSae Aner isesTres2/ Prevees TeCalculate the angle of the electric force on Q3 due to Q1relative to the +x axis.(Use deg as the units)Sabwe Ansoeer TriesOareCalculate the magnitude of the electric force on Q3 dueto Q2.Seboen Artomer TrieCalculate the angle of the electric force on Q3 due to Q2relative to the +x axis.TreCalculate the magnitude of the total electric force actingon Q3.Sabne Aoer TrenaCalculate the angle of the total electric force acting onQ3 relative to the +x axis.Sebee Arvoner Tre

Answered: Q1 (0,0)- As shown above, Q1 is a…

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...

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Question

Solve the last part

Q1
(0,0)-
As shown above, Q1 is a charge of -9.5µC, located at
x=0, y= 2.7 cm.
Q2 is a charge of +2.7µC, located at x-0, y= -7.3 cm.
Q3 is a charge of +1.6µC, located at x = 18 cm, y=0.
Calculate the magnitude of the electric force on Q3 due
to Q1.
383N
Sae Aner ises
Tres2/ Prevees Te
Calculate the angle of the electric force on Q3 due to Q1
relative to the +x axis.
(Use deg as the units)
Sabwe Ansoeer TriesOare
Calculate the magnitude of the electric force on Q3 due
to Q2.
Seboen Artomer Trie
Calculate the angle of the electric force on Q3 due to Q2
relative to the +x axis.
Tre
Calculate the magnitude of the total electric force acting
on Q3.
Sabne Aoer Trena
Calculate the angle of the total electric force acting on
Q3 relative to the +x axis.
Sebee Arvoner Tre

Expert Solution

Step 1

Draw the diagram specifying the distance and the magnitude of the charges.

The electric force between any two charges acts on a straight line joining their centers. Since the Q₁ is negatively charged and Q₃ is positively charged. Charge Q₁ will attract the charge Q₃.

Step 2

The distance between the charges is denoted by r.

The magnitude of the electric force between these charges is given by the following expression.

Substitute the values to calculate the force.

Step 3

The angle θ form the figure can be expressed as,

The components of the forces are,

Step 4

The distance between the charges Q₃ and Q₂ is denoted by r’.

Using equation (i) calculate the electric force.

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