7.A triangular conducting wire loop with side length L=2.5m is placed near infinite straight conducting wire which carries an electric currentI=9,5A where the distance between the infinite conductor and loop side d=0.3m , as shown in the figure. The medium has relativepermeability 4,=43.The magnitude of magnetic flux passing through the loop due to the current in the infinite conductor is:The unit of magnetic flux is:

Given that: L=2.5 md=0.3 mI=9.5 Aμr=43

A triangular conducting wire loop with side length L=2.5m is placed near infinite straight conducting wire which carries an electric current I=9.5A where the distance between the infinite conductor and loop side d%30.3m, as shown in the figure. The medium has relative permeability 4,=43. The magnitude of magnetic flux passing through the loop due to the current in the infinite conductor is:

A triangular conducting wire loop with side length L=2.5m is placed near infinite straight conducting wire which carries an electric current I=9.5A where the distance between the infinite conductor and loop side d%30.3m, as shown in the figure. The medium has relative permeability 4,=43. The magnitude of magnetic flux passing through the loop due to the current in the infinite conductor is: