Biot Savart Law, Magnetic field of a straight wire

Biot Savart's Law

Magnetic field introduction | Biot-Savart Law | Magnetic field due to straight wire finite & infinite | Magnetic Field Lines

Introduction to Magnetic Effect of Current| Biot-Savart Law | Magnetic field due to straight wire

Biot savart's law

Question based on Ampere circuital law | Magnetic field of straight wire | Infinite plane | Solenoid and toroid

Ampere circuital law | Magnetic field of straight wire | Infinite plane | Solenoid and toroid

According to Biot-Savarat's law, magentic field due to a straight current carrying wire at a point at a distance r form it is given by B=(mu_0I)/(4pir)(sinphi_1+sinphi_2) The direction of magnetic field being perpendicular to the plane containing the wire and the point. Figure, shows a closed loop AOCBA in which current I is flowing as shown. Given OA=OB=OC=a . Find the magnetic field at point B due to this loop.

According to Biot-Savarat's law, magentic field due to a straight current carrying wire at a point at a distance r form it is given by B=(mu_0I)/(4pir)(sinphi_1+sinphi_2) The direction of magnetic field being perpendicular to the plane containing the wire and the point. Find magnetic field at point O in Fig.

Basic Magnetism||Biot Savart Law||Magnetic Field Due to Finite Length Wire