The problem involves calculating the maximum torque experienced by a single-turn square loop of wire carrying a current in a magnetic field. The loop's dimensions and the current are provided, but the area of the loop is not directly given.
Participants are actively exploring the relationship between the wire length, the dimensions of the square loop, and the torque formula. Some guidance has been offered regarding the calculation of the area and the implications of the number of turns, but no consensus has been reached on the correct approach or any errors in calculations.
There is a focus on deriving necessary parameters from the given information, and participants are questioning the definitions and assumptions related to the problem setup, particularly regarding the area and the number of turns.
But you know it's a square and you have its circumference!figs said:if i had the area i could figure it out
A 0.477 m length of wire is formed into a single-turn, square loop
figs said:how am i to fig out N? t=NIABsin90
N is the number of turns.A 0.477 m length of wire is formed into a single-turn