Magnetic Flux Calculation: Square Loop in 0.5T Field

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The magnetic flux through a square loop of 2cm x 2cm in a 0.5T magnetic field is calculated using the formula θ = BA, resulting in a value of 2 x 10^-4 Tm^2. Consistency in notation is important, particularly using a capital "T" for Teslas throughout the calculations. Additionally, the flux can also be expressed in Webers (Wb), as Wb is equivalent to Tm^2. The calculations and approach are generally correct, with minor suggestions for notation. Overall, the solution is valid and well-presented.
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Can you check my solution?PLEASE:)

Homework Statement



Calculate the magnetic flux through a square loop of 2cm x 2cm oriented perpendicular to a magnetic field of 0.5t.


Homework Equations



θ = BA

The Attempt at a Solution



θ = BA = (0.5t)(0.0004m^2) = 2 x 10^-4 Tm^2.

What do you guys think?
Thanks!:blushing:
 
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domyy said:

Homework Statement



Calculate the magnetic flux through a square loop of 2cm x 2cm oriented perpendicular to a magnetic field of 0.5t.


Homework Equations



θ = BA

The Attempt at a Solution



θ = BA = (0.5t)(0.0004m^2) = 2 x 10^-4 Tm^2.

What do you guys think?
Thanks!:blushing:

I think that you should use a capital T for Teslas consistently, particularly in the same equation :devil:

Otherwise it's fine.

Note that you might also use the equivalent unit of Webers (Wb) for the flux.

Wb = Tm2 = Vs
 

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