PLEASE ANSWER ALL i will give you a like
1 GlowScript 3.0 VPython scene.background-color white 5 Paracters 6 k 9e92/002 4_cloud-200 C 8 999 objects 10 cloud - sphere(posavec (2e8, 150e, e), color-color white, radius-100) 11 ground - box(pos - vec(0,0,0), didth-seee, length-580e, height-8.1, color vec(1,0.7,0.2)) 12. HQ = box (pos - vec(-250, 180,0), Width - 50, length-se, height:200,"color-color.green) 13 detector = box(posvec(200,30.-1000), width = se, length-se, height -75, color-color.blue) 15 ty >+2 (a) (6 points) Calculate the separation vector between the cloud and the detector, and draw in the separation vector on the picture, What line(s) of the code did you reference to do your calculation? (b) (5 points) Calculate the electric field at the detector from the cloud (remember electric field is a vector!) and draw in what the electric field arrow would look like on the picture. (c) (5 points) What would change about your answer to Part a if the cloud was positive instead of negative? What would change about your answer to Part b? Explain your reasoning (d) (6 points) List at least 3 assumptions you would need to make for this problem and explain why you needed to make them. (e) (3 points) If you wanted to move the detector so it was level with the ground and located at HQ, what line(s) in the code would you need to change? What would you need to change it to? 1 GlowScript 3.0 VPython scene.background-color white 5 Paracters 6 k 9e92/002 4_cloud-200 C 8 999 objects 10 cloud - sphere(posavec (2e8, 150e, e), color-color white, radius-100) 11 ground - box(pos - vec(0,0,0), didth-seee, length-580e, height-8.1, color vec(1,0.7,0.2)) 12. HQ = box (pos - vec(-250, 180,0), Width - 50, length-se, height:200,"color-color.green) 13 detector = box(posvec(200,30.-1000), width = se, length-se, height -75, color-color.blue) 15 ty >+2 (a) (6 points) Calculate the separation vector between the cloud and the detector, and draw in the separation vector on the picture, What line(s) of the code did you reference to do your calculation? (b) (5 points) Calculate the electric field at the detector from the cloud (remember electric field is a vector!) and draw in what the electric field arrow would look like on the picture. (c) (5 points) What would change about your answer to Part a if the cloud was positive instead of negative? What would change about your answer to Part b? Explain your reasoning (d) (6 points) List at least 3 assumptions you would need to make for this problem and explain why you needed to make them. (e) (3 points) If you wanted to move the detector so it was level with the ground and located at HQ, what line(s) in the code would you need to change? What would you need to change it to
