Make sure you understand how the locations are generated.

Modify the program by adding code inside the loop to calculate and display vec$(E)$ at each location. Use the same used in your previous programs.

Make the orange spheres invisibile

Draft saved

main.py

oofpez $=9$ e$9$ # OneOverFourPiEpsilonZero

source pos $=$vec$(3e-4,-2e-4,0),$ color $=$ color $,$ red, radius$=2$e$-5)$

source. $q=23e-9$

# calculate $E$ on a circle of observation locations

rmag $=5e-4$

theta $=0$

dtheta $=\frac{}{6}$

while theta $<mn\; id="EditorElement\_4589080">2</mn><mi\; id="EditorElement\_4589082">*</mi><mi\; id="EditorElement\_4589084">*</mi>$ pi:

obs $=$ sphere $($ pos$=$newpos, radius $=Ze-5,$ color$=$color. orange, visible$=$True, $E=$vec$(0,0,0))$

# insert code to calculate obs.E here

theta $=$ theta $+$ dtheta