A square wire loop with 5.8cm -long sides and resistance 26Ω is perpendicular to a magnetic field. The field strength is 0.40T at t=0s, and it is increasing at the rate 1.0×10−2T/s .
Part A=What is the magnetic flux through the loop at t=0s?
Part B=What is the induced current in the loop at t=0s?
Part C=What is the induced current in the loop at t = 5.0s ?

Question

A square wire loop with 5.8cm -long sides and resistance 26Ω is perpendicular to a magnetic field. The field strength is 0.40T at t=0s, and it is increasing at the rate 1.0×10−2T/s .
Part A=What is the magnetic flux through the loop at t=0s?
Part B=What is the induced current in the loop at t=0s?
Part C=What is the induced current in the loop at t = 5.0s ?

anonymous · Answer

I just need part A I figured out the other two. I guess I don't understand the Part A questions. I have figured out EMF but what are they really asking?