FINDING THE NET ELECTRIC FIELD AT A POINT NOTE: WORK ALL ANSWERS OUT TO 5 DECIMAL PLACES. There are two point charges given as: 9₁ = -0.100 μC located at (0 cm, -9 cm). 92-1.10 μC located at (-16 cm, 11 cm). What are the x and y components of the net electric field produced by these two charges at the point, P = (19 cm, -5 cm)? ENET X-component= ENET Y-component= What are the net electric field's magnitude and direction? Magnitude of ENET = Direction of ENET = N/C N/C N/C degrees
FINDING THE NET ELECTRIC FIELD AT A POINT NOTE: WORK ALL ANSWERS OUT TO 5 DECIMAL PLACES. There are two point charges given as: 9₁ = -0.100 μC located at (0 cm, -9 cm). 92-1.10 μC located at (-16 cm, 11 cm). What are the x and y components of the net electric field produced by these two charges at the point, P = (19 cm, -5 cm)? ENET X-component= ENET Y-component= What are the net electric field's magnitude and direction? Magnitude of ENET = Direction of ENET = N/C N/C N/C degrees
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Transcribed Image Text:FINDING THE NET ELECTRIC FIELD AT A POINT
NOTE: WORK ALL ANSWERS OUT TO 5 DECIMAL PLACES.
There are two point charges given as:
9₁ -0.100 μC located at (0 cm, -9 cm).
92-1.10 μC located at (-16 cm, 11 cm).
What are the x and y components of the net electric field produced by these two charges at the point, P = (19 cm, -5 cm)?
ENET X-component=
ENET Y-component =
Magnitude of ENET=
N/C
What are the net electric field's magnitude and direction?
Direction of ENET =
N/C
N/C
degrees
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