We started the day talking about the path an electron will take if it undergoes between a positive plate and a negative plate. The result was a projectile motion trajectory. In addition, the acceleration is on the direction of the electric field.
This picture describes the removal of makeup at the physics level.
We also worked in a Vpython program, which consisted on displaying the electric field due to two charges.
Here is the code.
Here is the output of the electric field.
One electron and it's electric field.
This picture shows the electric field of a positive charge with a negative charge.
Here professor Mason put a point charge for us to determine the direction it will take.
Professor Mason introduced to us an example of flux model. He explained with a square wire that if it is parallel to the wood surface then the flux will be max since it covers the maximum amount of electric field vectors; likewise, if the wire is perpendicular to the surface then the flux is zero.
This photo shows that the flux is maximized.
We determined the flux to be the dot product between the area and the electric field.
We did an example that consisted on finding the flux of a box when the electric field vectors are going to the positive x direction.
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