2)Now there are 5 charges. Calculate the net Electric field at P, which you can assume is on t - axis. Notice that P is much further away now. - a. Can we simplify this? What do we have to say about point P to do this simplifying? (Hint: Compare the distance to P, L, and the distance between the charges. The r's of question 3 are much larger than the r's of question 2. Also, the ang here are much smaller) b. If we set the condition on the placement of P in relation to the q's, what law would
2)Now there are 5 charges. Calculate the net Electric field at P, which you can assume is on t - axis. Notice that P is much further away now. - a. Can we simplify this? What do we have to say about point P to do this simplifying? (Hint: Compare the distance to P, L, and the distance between the charges. The r's of question 3 are much larger than the r's of question 2. Also, the ang here are much smaller) b. If we set the condition on the placement of P in relation to the q's, what law would
College Physics
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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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![2)Now there are 5 charges. Calculate the net Electric field at P, which you can assume is on the x
- axis. Notice that P is much further away now.
a. Can we simplify this? What do we have to say about point P to
do this simplifying? (Hint: Compare the distance to P, L, and the distance between the
charges. The r’s of question 3 are much larger than the r’s of question 2. Also, the angles
here are much smaller)
b. If we set the condition on the placement of P in relation to the q's, what law would
we use to calculate E? Write it out in words and/or equation. (HINT: Estimate Length of
line "L", come up with a number of centimeters or meters)
qi = +3µC
92 = -4µC
q3 = +5µC
q4 = -2µC
qs = +9µC
ri = 51cm
r2 = 53cm
r3 = 54cm
r4 = 54cm
rs = 50cm
01 = 05°
02 = 06°
03 = 10°
04 = 11°
O5 = 07°
94
P
95
L'](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F51435bf2-32bb-499c-aa57-a85dc35bd95d%2Ff377b13d-fe34-4694-81b1-d7d7bb99a3c0%2Ftp5tm9d_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2)Now there are 5 charges. Calculate the net Electric field at P, which you can assume is on the x
- axis. Notice that P is much further away now.
a. Can we simplify this? What do we have to say about point P to
do this simplifying? (Hint: Compare the distance to P, L, and the distance between the
charges. The r’s of question 3 are much larger than the r’s of question 2. Also, the angles
here are much smaller)
b. If we set the condition on the placement of P in relation to the q's, what law would
we use to calculate E? Write it out in words and/or equation. (HINT: Estimate Length of
line "L", come up with a number of centimeters or meters)
qi = +3µC
92 = -4µC
q3 = +5µC
q4 = -2µC
qs = +9µC
ri = 51cm
r2 = 53cm
r3 = 54cm
r4 = 54cm
rs = 50cm
01 = 05°
02 = 06°
03 = 10°
04 = 11°
O5 = 07°
94
P
95
L'
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