A magnetic flux density of a 10m long stiff wire carrying acurrent of 4A is 0.8T

809 views Dec 17, 2023

In this video, we explore the concept of magnetic flux density in the context of a 10-meter long stiff wire carrying a current of 4A, with a resulting magnetic flux density of 0.8T. We'll explain the principles of magnetism and how current-carrying wires generate magnetic fields. Using clear examples and step-by-step calculations, we'll demonstrate how to determine the magnetic flux density and the factors that influence it. Perfect for physics students, educators, and anyone interested in electromagnetism, this tutorial will deepen your understanding of magnetic fields and their relationship with electric currents. Join us to master the calculations and concepts behind magnetic flux density in current-carrying wires! #MagneticFluxDensity #Electromagnetism #PhysicsTutorial #MagneticField #CurrentCarryingWire #PhysicsEducation #MagneticForce #PhysicsConcepts #ElectromagneticField #Magnetism #ScienceExplained #PhysicsProblems #STEMEducation #MagneticInduction #LearnPhysics A magnetic flux density of a 10m long stiff wire carrying acurrent of 4A is 0.8T. Calculate the force if it is lying in a direction at 60 degrees to the magnetic field?

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