This week you used VPython to calculate the electric field above a $2$D plane of charge. You would have gotten something similar to the code shown below. We$$ve written out the steps needed to complete the code in pseudo$-$code. Place the steps in order to make the code given.

"For each cloud chunk in the $x-$direction

for $i$ in range $(0,nx)$ :

#Define the $x-$location of the cloud chunk

xloc $=$ startx $+i**$ stepx

#For each cloud chunk in the z$-$direction

for $j$ in range $(0,nz)$ :

#Define the $z-$location of the cloud chunk

zloc$=$ startz $+j**s$ tepz

#Make a sphere at that $x-z$ location

cloudChunk $=$ sphere pos

For this row of observation points

Find the separation vector between that charge and the observation point

Split the sheet into individual point charges

Calculate the electric $$eld from the charge at the observation point and add it to the net field

Make an arrow to indicate the electric field

Reset the net electric $$eld

For every point in this row

For every charge in the sheet