a a 2'a lo 21. A current I, is carried in the direction shown in the figure in the conducting wires of a right triangular loop with perpendicular side length a. If this loop is placed at a distance 2a away from a very long straight wire carrying a current 21, which is parallel to the longer side of the loop, what is the total magnetic force on the loop? Holo Hol3 2vZ In (1 +)-허 bIn (2)-23) а) (3v2 - vZin (*); d) 4 In (*) – vz]; Holő c) 2л Holă [1 – 2 In (***)] ;

icon
Related questions
Question
a
a
2'a
lo
21.
A current I, is carried in the direction shown in the figure in the conducting wires
of a right triangular loop with perpendicular side length a. If this loop is placed at
a distance 2a away from a very long straight wire carrying a current 21, which is
parallel to the longer side of the loop, what is the total magnetic force on the loop?
a) ali [2v2 In (1 +) - b) Holi [in (**) -
(2+V3
а)
[3v2 – vZln (*)]; d)
1+v3
Holb
c)
4 In
2n
e) 1 – 2 In (*) ;
Hol?
Transcribed Image Text:a a 2'a lo 21. A current I, is carried in the direction shown in the figure in the conducting wires of a right triangular loop with perpendicular side length a. If this loop is placed at a distance 2a away from a very long straight wire carrying a current 21, which is parallel to the longer side of the loop, what is the total magnetic force on the loop? a) ali [2v2 In (1 +) - b) Holi [in (**) - (2+V3 а) [3v2 – vZln (*)]; d) 1+v3 Holb c) 4 In 2n e) 1 – 2 In (*) ; Hol?
Expert Solution
steps

Step by step

Solved in 6 steps with 8 images

Blurred answer