Magnetism and Magnetic Field in Vector and Scalar Form (Full Tutorial Video )

This video explains Magnetism, the meaning of magnetism, magnetic field with diagram, poles of a magnet and solves problems involving magnets and magnetism. This video also explains the right hand rule and the concept of a conductor carrying current inclined at an angle to the magnetic field and also explains the idea of motion of charges in a magnetic field. The vector form and scalar form of problems in Magnetic field has been explained in this video. This video clearly explains everything about magnetismwith examples.
link to cross product of vectors below:
• Cross Product of Vecto...
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Your videos good and with clarity. Kindly note @14:26, there is no need for the "sin(theta)" once the cross sign is introduced. Actually, F= L(I x B) = L(IBsin(theta)) And F = q(v X B) = qvBSin(theta). The arrow has to be on both v and B, they are both vectors.

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Is this process necessary for a secondary school student especially those vector stuff.

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Sir Secondary,? No

[@edwardhart6106]

58:38 sir please am a little confused what is moving westward in the question ask because you said 1:04:52 in the explanation that, the direction of B is westward.

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Teacher which unit this is it electricity and magnetism I

[@JosianeMukamwezi]

I have a question on sin

[@edwardhart6106]

28:09 please why is q(charge) having a minus sign?

[@jonahemmanuelofficial]

When solving in vector form, the minus is used for q because an electron is negatively charged. Again, when solving in vector form.

[@edwardhart6106]

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[@HabibahTanko]

What is I and j component

[@emmanuelchukwudima628]

Help a brother out You place a strip of copper, 2.0mm thick and 1.5cm wide, in a uniform 0.40T magnetic field. When you run a 75-A current in the +x-direction, you find that the potential at the bottom of the slab is 0.8 micro-volt higher than at the top. From this measurement, determine the concentration of mobile electrons in copper

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Updated

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Cross vector calculation is really long 🥲

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