Charges with a distance of R12, R13 and R23 between them are in balance (neither energy is spent nor stored) Q1 =? Rij: It is the distance between the loads i and j. CO 10 ⁹ 36T Q2=-14,1 μC Q3=3,8 μC R12=1,1 m R13=3,1 m R23=8,2 m
Charges with a distance of R12, R13 and R23 between them are in balance (neither energy is spent nor stored) Q1 =? Rij: It is the distance between the loads i and j. CO 10 ⁹ 36T Q2=-14,1 μC Q3=3,8 μC R12=1,1 m R13=3,1 m R23=8,2 m
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![Charges Q1, Q2, Q3 with a distance of R12, R13 and R23 between them are in balance (neither energy is spent
nor stored) Q1 = ?
Rij: It is the distance between the loads i and j.
€0
=
10-⁹
36T
Q2=-14,1 μC
Q3=3,8 μC
R12=1,1 m
R13=3,1 m
R23=8,2 m
.
a. -0,56366
O b. -1,33224
c. hiçbiri / none of these
O d. -19,21
e. 0,00000
O f. -0,15](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3c2bd357-ab42-448b-b174-e7db3e3d6399%2F1f67d6e0-70ba-4d09-9ef4-ad202b1d38fc%2Fm0ve53_processed.png&w=3840&q=75)
Transcribed Image Text:Charges Q1, Q2, Q3 with a distance of R12, R13 and R23 between them are in balance (neither energy is spent
nor stored) Q1 = ?
Rij: It is the distance between the loads i and j.
€0
=
10-⁹
36T
Q2=-14,1 μC
Q3=3,8 μC
R12=1,1 m
R13=3,1 m
R23=8,2 m
.
a. -0,56366
O b. -1,33224
c. hiçbiri / none of these
O d. -19,21
e. 0,00000
O f. -0,15
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