There is an optional EdPuzzle that includes a similar problem, but the gist is as follows: Find the E-Field vectors (mag- nitude and direction) produced by the three charges at the specified point. To find the to- tal electric field, take the vector sum of the individual E-fields produced by the charges. Three point charges are arranged as shown. -8.7 nC 1.4 nC 3.6 nC ------+ +) -0.68 m – E 0.78 m What is the electric field strength at 1.9 m to the right of the middle charge? The value of the Coulomb constant is 8.98755 x 10° N· m²/C². Answer in units of N/C.
There is an optional EdPuzzle that includes a similar problem, but the gist is as follows: Find the E-Field vectors (mag- nitude and direction) produced by the three charges at the specified point. To find the to- tal electric field, take the vector sum of the individual E-fields produced by the charges. Three point charges are arranged as shown. -8.7 nC 1.4 nC 3.6 nC ------+ +) -0.68 m – E 0.78 m What is the electric field strength at 1.9 m to the right of the middle charge? The value of the Coulomb constant is 8.98755 x 10° N· m²/C². Answer in units of N/C.
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Transcribed Image Text:There is an optional EdPuzzle
that includes a similar problem, but the gist
is as follows: Find the E-Field vectors (mag-
nitude and direction) produced by the three
charges at the specified point. To find the to-
tal electric field, take the vector sum of the
individual E-fields produced by the charges.
Three point charges are arranged as shown.
-8.7 nC
1.4 nC
3.6 nC
------+
+)
-0.68 m – E 0.78 m
What is the electric field strength at
1.9 m to the right of the middle charge?
The value of the Coulomb constant is
8.98755 x 10° N· m²/C².
Answer in units of N/C.
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