a. Calculate the net electric force (magnitude and direction) acting on the - 3.0 C point charge.b. Suppose you were given a +1.0 C charge to add to the arrangement of charges above. Your goal is to place the charge so that the net force on the - 3.0 C charge is zero. Where would you put the +1.0 C charge? Be specific.c. The - 3.0 MC point charge was created by either adding or removing electrons from a neutral object. Were electrons added or removed? How many electrons were added or removed?I need to draw graph and show all work 1. The following charges exist (given coordinates are (x, y) coordinates in the plane of the page):a-3.0 μC point charge located at (0, 0)Oa-2.0 μC uniform spherical shell of charge of radius 3.0 cm centered at (+4.0 cm, 0)a +2.0 μC uniform spherical shell of charge of radius 2.0 cm centered at (0, -4.0 cm)o a +4.0 μC uniform spherical shell of charge of radius 4.0 cm centered at (-1.0 cm, +1.0 cm)a. Calculate the net electric force (magnitude and direction) acting on the -3.0 μC point charge.b. Suppose you were given a +1.0 μC charge to add to the arrangement of charges above. Your goalis to place the charge so that the net force on the -3.0 μC charge is zero. Where would you putthe +1.0 μC charge? Be specific.c. The-3.0 μC point charge was created by either adding or removing electrons from a neutralobject. Were electrons added or removed? How many electrons were added or removed?OO

Answered: Image /qna-images/answer/857aecb3-7e6e-4489-90ce-2875fd9c6a4f.jpg

Answered: 1. The following charges exist (given…

Physics for Scientists and Engineers with Modern Physics

10th Edition

ISBN:9781337553292

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter24: Electric Potential

Section: Chapter Questions

Problem 46AP

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a. Calculate the net electric force (magnitude and direction) acting on the - 3.0 C point charge. b. Suppose you were given a +1.0 C charge to add to the arrangement of charges above. Your goal is to place the charge so that the net force on the - 3.0 C charge is zero. Where would you put the +1.0 C charge? Be specific. c. The - 3.0 MC point charge was created by either adding or removing electrons from a neutral object. Were electrons added or removed? How many electrons were added or removed? I need to draw graph and show all work

1. The following charges exist (given coordinates are (x, y) coordinates in the plane of the page):
a-3.0 μC point charge located at (0, 0)
O
a-2.0 μC uniform spherical shell of charge of radius 3.0 cm centered at (+4.0 cm, 0)
a +2.0 μC uniform spherical shell of charge of radius 2.0 cm centered at (0, -4.0 cm)
o a +4.0 μC uniform spherical shell of charge of radius 4.0 cm centered at (-1.0 cm, +1.0 cm)
a. Calculate the net electric force (magnitude and direction) acting on the -3.0 μC point charge.
b. Suppose you were given a +1.0 μC charge to add to the arrangement of charges above. Your goal
is to place the charge so that the net force on the -3.0 μC charge is zero. Where would you put
the +1.0 μC charge? Be specific.
c. The-3.0 μC point charge was created by either adding or removing electrons from a neutral
object. Were electrons added or removed? How many electrons were added or removed?
O
O

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