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2020-06-27 14:03:03
00:21:24
Urdu
electric field intensity due to infinite sheet of charges electric field intensity due to infinite sheet of charge electric field intensity between oppositely charged plates 2nd year physics Federal board second year physics kpk board applications of gases law explained surface charge density explained
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candle academy pakistan
welcome to Candle academy Pakistan. in this lecture applications of guass's law are explained. although guass's law is directly related with electric flux through closed surface, but electric field intensity between two opposite charged plates are determined with the help of guass's law, also electric field intensity due to infinite sheet of charge is determined with guass's law. .
after completing this lecture students will be able to explain the following.
01:35 how to find the electric field intensity due to infinite sheet of charge?
11:13 how to find electric field intensity between two oppositely charged plates?
07:00 drive the formula for electric field intensity due to infinite sheet of charge.
13:29 derive the formula of electric field intensity between two oppositely charged plates.
14:41 what is gussian surface?
03:56 what is surface charge density?
04:11 relation between surface charge density and electric flux.
#aplicationsofguass's law
#gaussiansurface
#physics
#candleacademypakistan
#urdulecturesofphysics
#hindilecturesifphysics
Tap the following links for other lectures of chapter11
1 introduction to electrostatics
https://youtu.be/d8DjHMvcfRw
2 Coulomb'law
https://youtu.be/x9X5WFby0-Q
3 electric field intensity
https://youtu.be/KmDDegJvrbY
4 electric field lines
https://youtu.be/C9wnLJ8zm3M
5 applications of electrostatics
https://youtu.be/ZEq1_auy98E
6 electric flux
https://youtu.be/HOP3qM6t9EA
7 electric flux through a closed surface enclosing a charge
https://youtu.be/NzI38vCLF7I
8 guass's law
https://youtu.be/FzVSyi7R020
9 applications of Guass's law
https://youtu.be/SFbW2Jg2zBQ
10 electric potential difference
https://youtu.be/TveC7w869fM
11 absolute electric potential
https://youtu.be/G9dpGcfbR0w
12 what is potential gradient
https://youtu.be/JUnZ-wz8sT4
13 capacitors
https://youtu.be/A8FSSXnNRhc
14 combinations of capacitors
https://youtu.be/sfUo08NdVC8
15 electric polarization in capacitors
https://youtu.be/ezRr3AQxcwI
16 energy stored in capacitors
https://youtu.be/zLsf1xLI7I0
17 charging and discharging of capacitors
https://youtu.be/sHWIGcggG58
18 problems 11.1, 11.2, 11.3, 11.4
https://youtu.be/WoCxTm6pqHo
19 problems 11.5, 11.6, 11.7, 11.8
https://youtu.be/hYgsN1RpZNw
20 problems 11.9, 11.10
https://youtu.be/mEYryHShqY8
21 Problems 11.11, 11.12
https://youtu.be/HTg0LPOWOJo
22 problems 11.13, 11.14
https://youtu.be/ETydiWkBmCk
23 problems 11.15, 11.16
https://youtu.be/7ncUE4NP1Y4
24 problems 11.17, 11.18
https://youtu.be/fhEmyWRSD0s
25 conceptual questions part 1
https://youtu.be/2FL0-afV9Xw
26 conceptual questions part 2
https://youtu.be/qCn7NTKcBpM