↑ + √₂ 2 14 -9 -q A variety of Electric charges has been placed at distinct points along line with seperations as indicated. All Charges have The Same magnitude, and The Sign is indicated explicitly a Such That | +91=1-91 = 9 Assuming that the potential Energy. of the system would be zero for the case 9=0, enter an expression for the potential Energy of the System of charges for 970. U= Given L = 7.61m and 9= 6-29μc, what is the potential Energy. in milligoules, of the system of Charges.
↑ + √₂ 2 14 -9 -q A variety of Electric charges has been placed at distinct points along line with seperations as indicated. All Charges have The Same magnitude, and The Sign is indicated explicitly a Such That | +91=1-91 = 9 Assuming that the potential Energy. of the system would be zero for the case 9=0, enter an expression for the potential Energy of the System of charges for 970. U= Given L = 7.61m and 9= 6-29μc, what is the potential Energy. in milligoules, of the system of Charges.
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A:
Bi
-2
-q
A variety of Electric charges has
been placed at distinct points along
a line with seperations as indicated.
All Charges have The Same magnitude and
The Sign is indicated explicitly such
J
1+91=1-91 = 9
Assuming that the
the potential Energy
of the system would be zero for
the case 9,=0, enter an expression
for the potential Energy of the
system of charges for 970.
U=
Given L = 7-6lm and 9= 6.29 μC,
what is the potential Energy.
in milligoules of the system of
Charges."
Transcribed Image Text:Part
Bast
A:
Bi
-2
-q
A variety of Electric charges has
been placed at distinct points along
a line with seperations as indicated.
All Charges have The Same magnitude and
The Sign is indicated explicitly such
J
1+91=1-91 = 9
Assuming that the
the potential Energy
of the system would be zero for
the case 9,=0, enter an expression
for the potential Energy of the
system of charges for 970.
U=
Given L = 7-6lm and 9= 6.29 μC,
what is the potential Energy.
in milligoules of the system of
Charges.
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