In this simulation you'll try to find the electric flux through a cube. Open the simulation (https://www.compadre.org/physlets/electromagnetism/prob24_6.cfm). The simulation displays a region with non-zero electric field. The green square is a cross section of a cube. If you click on the red dot it will display the magnitude (N/C) and direction of the electric field at that location. In addition when clicking an holding, a yellow box appears at the bottom side of the screen which displays the coordinates (in meters) of the red dot. You can use the values of the coordinates to find the area of the side of the cube. Select configuration 1 10. What is the flux through the cube? (Nm2 /C) 11. What is the charge enclosed in the cube? (nC) n-nano = 10-9 Select configuration 2 12. What is the flux through the cube? (Nm2 /C) 13. What is the charge enclosed in the cube? (nC) Configuration 2 Configuration 1 I Configuration 2

In this simulation you'll try to find the electric flux through a cube. Open the simulation (https://www.compadre.org/physlets/electromagnetism/prob24_6.cfm). The simulation displays a region with non-zero electric field. The green square is a cross section of a cube. If you click on the red dot it will display the magnitude (N/C) and direction of the electric field at that location. In addition when clicking an holding, a yellow box appears at the bottom side of the screen which displays the coordinates (in meters) of the red dot. You can use the values of the coordinates to find the area of the side of the cube. Select configuration 1 10. What is the flux through the cube? (Nm2 /C) 11. What is the charge enclosed in the cube? (nC) n-nano = 10-9 Select configuration 2 12. What is the flux through the cube? (Nm2 /C) 13. What is the charge enclosed in the cube? (nC) Configuration 2 Configuration 1 I Configuration 2