chapter 02 ) current 06 - colour code of corbon Resistance

Current 01) https://youtu.be/rCJ-2Z1srk8 Current 02)https://youtu.be/c4s2jTsZv2A Current 03)https://youtu.be/YgyvG7D9t7o Current 04)https://youtu.be/l_grsu2giOU Current 06)https://youtu.be/xcJxG5FPdvY ||Video1|| - what is Electric potential https://youtu.be/KDAPoGeWW64 ||Video2|| - derivation of Electric potential due to point charge ||Video 3 || find the derivation of Torque acting on Electric dipole due an uniform Electric field. https://youtu.be/7Y-sEuk9Rug ||Video 1 || what is Electric potential? https://youtu.be/KDAPoGeWW64 ||Video 2 ||- derivation of Electric potential due to point charge https://youtu.be/TvuGsViODnw || Video 3 || - what is electric potential and potential difference? https://youtu.be/KDAPoGeWW64 || Video 4 || - Derivation of Electric potential due to point charge , Relationship between Electric field and potential https://youtu.be/TEV_mK0GViE ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ Video -Coulomb's law ( Electric force) https://youtu.be/CjYq_OXYy7c Video - coulomb's law (Electric force) for dielectric madium https://youtu.be/H4vSpxa4eZQ Video- Electric field intensity https://youtu.be/B5Z_v-BRZgY Video-What is Electric dipole and dipole moment and Derivation of Electric field intensity at axis position https://youtu.be/qjLHUA3UXi Video -To derivation of Electric field intensity at vertical position due an electric dipole https://youtu.be/zL-sLGsQ0uc Video -find the derivation of Torque acting on Electric dipole due an uniform Electric field https://youtu.be/7Y-sEuk9Rug.