Point Charge. cubes X, Y, and Z connected as shown below. A point charge -2Q is placed near cube Z. Cubes X and Y are disconnected from Cube Z while the point charge is still near. Cubes X and Y are then separated after reaching electrostatic equilibrium. What is the final charge of each cube? Consider three identical neutral conducting -2Q X Y Z В. Х: -Q Y :-Q Z : +2Q С. Х: -2Q А. Х: +Q Y : +Q Z :-2Q D. X : +2Q Y :0 Y :0 Z: +2Q Z:-2Q
Point Charge. cubes X, Y, and Z connected as shown below. A point charge -2Q is placed near cube Z. Cubes X and Y are disconnected from Cube Z while the point charge is still near. Cubes X and Y are then separated after reaching electrostatic equilibrium. What is the final charge of each cube? Consider three identical neutral conducting -2Q X Y Z В. Х: -Q Y :-Q Z : +2Q С. Х: -2Q А. Х: +Q Y : +Q Z :-2Q D. X : +2Q Y :0 Y :0 Z: +2Q Z:-2Q
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Transcribed Image Text:Consider three identical neutral conducting
Point Charge.
cubes X, Y, and Z connected as shown below. A point charge
-2Q is placed near cube Z. Cubes X and Y are disconnected
from Cube Z while the point charge is still near. Cubes X and Y
are then separated after reaching electrostatic equilibrium. What
is the final charge of each cube?
-2Q
X
Y
A. X : +Q
Y : +Q
Z:-2Q
В. Х: -Q
Y :-Q
Z : +2Q
С. Х: -2Q
Y : 0
Z : +2Q
D. X : +2Q
Y :0
Z :-2Q
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