about 4 years ago

A particle with charge q1= 7 nC, located at the position 〈5.5×10-3,0,0〉 m, creates an electric field around it. Find the electric field at locations 〈1.1×10-3,0,0〉 m and 〈0,1.1×10-3,0〉 m.

A particle with charge q1= 7 nC, located at the position 〈5.5×10-3,0,0〉 m, creates an electric field around it. Find the electric field at locations 〈1.1×10-3,0,0〉 m and 〈0,1.1×10-3,0〉 m. Complete a VPython program to calculate the electric field of one charge at two observation locations, create and scale an arrow to represent the electric field at a particular observation locations. ++Notes: Make sure that you pay attention on correct spelling, capital or small letter cases. Use scientific notation like (5e10) and make sure that you don't use space when completing the code lines. Ex.-no space:F=mu*Fn ; space: F = mu * Fn.++ from visual import* k=9e9 q=Answer sf=1.e-9 charge=sphere(pos=vector(Answer,0,0),radius=5e-4, color=color.red) obsA=vector(Answer, 0,0) obsB=vector(0,Answer ,0) r1=Answer r2=Answer rr1=arrow(pos=charge.pos,axis=r1,shaftwidth=.2*charge.radius,color=color.red) rr2=arrow(pos=charge.pos,axis=r2,shaftwidth=.2*charge.radius,color=color.red) E1=k*q*Answer/ mag(r1)**2 E2=k*q*Answer/ mag(r2)**2 Earrow1=arrow(pos=Answer,axis=Answer*E1,color=color.yellow) Earrow2=arrow(pos=obsB,axis=sf*E2,color=color.yellow)

Mohammad1998

over 6 years ago

Electromagnetic Engineering

can i find the manual solution for Matthew N.O. Sadiku - Elements of Electromagnetics-Oxford University Press

manual solution for sixth edtiion

jeygee

over 6 years ago

Electromagnetic Engineering

charges and electric field intensity

how to determined or calculate line charge density in point p(4,0.5) to origin?

vishal-patel

almost 9 years ago

Electromagnetic Engineering

A line charge of uniform density in free space forms a semicircle of radius b

A line charge of uniform density ?l in free space forms a semicircle of radius b. Determine the magnitude and direction of the electric field intensity at the center of the semicircle