Consider a blue ring centered around the <1,0,3>m. The ring has 250 nC of charge, a radius of 0.8 m and axis along the x-axis. Calculate the electric field at 15 points on a circle on yz plane of 2m radius centered around the origin. Visualize the electric field using green arrows. Create a ring with the specifications mentioned. Write a loop to determine the 15 points on the circle. Integrate over small parts of the ring to calculate the electric field.

Consider a blue ring centered around the <1,0,3>m. The ring has 250 nC of charge, a radius of 0.8 m and axis along the x-axis. Calculate the electric field at 15 points on a circle on yz plane of 2m radius centered around the origin. Visualize the electric field using green arrows. Create a ring with the specifications mentioned. Write a loop to determine the 15 points on the circle. Integrate over small parts of the ring to calculate the electric field.