R. Answer #1 1. Conceptual part (Under WW)At the three points in each space indicated with dots, draw the unit vector î that you would use todetermine the electric field of the point charge.b.2. Conceptual part (Under WW)- Analysis enrichment activityAt the position of the dot, draw field vectors E, and Ez due to q, and q2, and the net electric field Enet-Then in the blanks, state whether the x- and y- components of Enet are positive or negative. Hint: Enet isalso known as your resultant electric field (analogous to net force or resultant force).2 cmb.3 cmI cmcmVi0 cm(Enet)x(Enet)e(Enetly(Enetly3. Problem Solving Part (Under PT)What are the strength and direction of the electric field at the position -5.0 nC (indicated by the dot in figure at the right? Give your answer (a) incomponent form and (b) as a magnitude and angle measured clockwise orcounter clock wise (specify which) from the positive x-axis.2.0 cm10 nC4.0 cm5.0 nC

Electric field due to charge q at position ris given as:E=kqr2

1. Conceptual part (Under WW) At the three points in each space indicated with dots, draw the unit vector î that you would use to determine the electric field of the point charge. b. Conceptual part (Under WW) - Analysis enrichment activity

1. Conceptual part (Under WW) At the three points in each space indicated with dots, draw the unit vector î that you would use to determine the electric field of the point charge. b. Conceptual part (Under WW) - Analysis enrichment activity

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)...

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Question

R. Answer #1

1. Conceptual part (Under WW)
At the three points in each space indicated with dots, draw the unit vector î that you would use to
determine the electric field of the point charge.
b.
2. Conceptual part (Under WW)
- Analysis enrichment activity
At the position of the dot, draw field vectors E, and Ez due to q, and q2, and the net electric field Enet-
Then in the blanks, state whether the x- and y- components of Enet are positive or negative. Hint: Enet is
also known as your resultant electric field (analogous to net force or resultant force).
2 cm
b.
3 cm
I cm
cm
Vi0 cm
(Enet)x
(Enet)e
(Enetly
(Enetly
3. Problem Solving Part (Under PT)
What are the strength and direction of the electric field at the position -5.0 nC (
indicated by the dot in figure at the right? Give your answer (a) in
component form and (b) as a magnitude and angle measured clockwise or
counter clock wise (specify which) from the positive x-axis.
2.0 cm
10 nC
4.0 cm
5.0 nC

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