Solve 4,5 Instructions: Part 1 is like a tutorial, please print, write by hand and upload separately or attached to lab 2part 2. The goal of lab 2 part 1 is to calculate the total electric field at point denoted P in the map belowfrom three point charges denoted Q1, Q2, Q3. You will need to draw on this figure.Q2YAPQ31. What is the vector 71,72,73 (going from each charge to point P). (Draw on your printed sheet andwrite the expressions for these vectors below.)个X Electric field Labp. 2 of 22. Draw the f vector for each of the charges at point P and label them (1, 2, 3, depending on thecharge).3. What is the vector expression for f for each charge (remember î = 7 /\ř|)?4. Now let's put in some charge values: Q1 = +1 nC, Q2 = +2 nC, Q3 = -2nC. What is the electric field Édue to each charge at point P? The electric field of a point charge is given byE =1-î wherer is the distance between the charge and the point you evaluate.Ē =Es=5. What is the total É at point P? Give the answer below (in terms of components) and sketch É onyour diagram.

q1=1 nC=1×10-9 Cq2=2 nC=2×10-9 Cq3=-2 nC=-2×10-9 C E1=14πεoq1r12r1^r1=3 m,…

4. Now let's put in some charge values: Q1 = +1 nC, Q2 = +2 nC, Q3 = -2nC. What is the electric field E due to each charge at point P? The electric field of a point charge is given by =- 4T€0 r² f where r is the distance between the charge and the point you evaluate. 后= Ēz = 5. What is the total Ē at point P? Give the answer below (in terms of components) and sketch Ẽ on your diagram.

4. Now let's put in some charge values: Q1 = +1 nC, Q2 = +2 nC, Q3 = -2nC. What is the electric field E due to each charge at point P? The electric field of a point charge is given by =- 4T€0 r² f where r is the distance between the charge and the point you evaluate. 后= Ēz = 5. What is the total Ē at point P? Give the answer below (in terms of components) and sketch Ẽ on your diagram.

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Question

Solve 4,5

Instructions: Part 1 is like a tutorial, please print, write by hand and upload separately or attached to lab 2
part 2. The goal of lab 2 part 1 is to calculate the total electric field at point denoted P in the map below
from three point charges denoted Q1, Q2, Q3. You will need to draw on this figure.
Q2
YA
P
Q3
1. What is the vector 71,72,73 (going from each charge to point P). (Draw on your printed sheet and
write the expressions for these vectors below.)
个X

Electric field Lab
p. 2 of 2
2. Draw the f vector for each of the charges at point P and label them (1, 2, 3, depending on the
charge).
3. What is the vector expression for f for each charge (remember î = 7 /\ř|)?
4. Now let's put in some charge values: Q1 = +1 nC, Q2 = +2 nC, Q3 = -2nC. What is the electric field É
due to each charge at point P? The electric field of a point charge is given by
E =
1
-î wherer is the distance between the charge and the point you evaluate.
Ē =
Es=
5. What is the total É at point P? Give the answer below (in terms of components) and sketch É on
your diagram.

Expert Solution

Step 1

$q_{1} = 1 n C = 1 \times 10^{- 9} C q_{2} = 2 n C = 2 \times 10^{- 9} C q_{3} = - 2 n C = - 2 \times 10^{- 9} C$

$E_{1} = \frac{1}{4 π ε_{o}} \frac{q_{1}}{{r_{1}}^{2}} \hat{r_{1}} r_{1} = 3 m, \hat{r_{1}} = \hat{i} \bar{E_{1}} = 9 \times 10^{9} \times \frac{1 \times 10^{- 9}}{{(3)}^{2}} \hat{i} \bar{E_{1}} = 9 \times 10^{9} \times \frac{10^{- 9}}{9} \hat{i} \bar{E_{1}} = 1 \hat{i} N / C$