Dielectrics & Capacitors - Capacitance, Voltage & Electric Field - Physics Problems

This physics video tutorial provides a basic introduction into dielectrics and capacitors. It explains the effect of adding an insulator with a dielectric constant higher than air to a capacitor. Increasing the dielectric constant K causes the capacitance to increase and the voltage & electric field to decrease proportionally. This tutorial contains plenty of examples and practice problems on dielectrics and capacitors.
Physics Video Lessons:
www.video-tuto...
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Physics 2 - Basic Introduction:
• Physics 2 - Basic Intr...
Coulomb's Law and Electric Force:
• Coulomb's Law - Net El...
Electric Fields:
• Electric Field Due To ...
Electric Potential:
• Electric Potential
Electric Potential Energy:
• Electric Potential Energy
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Parallel Plate Capacitor:
• Parallel Plate Capacit...
Energy Stored In a Capacitor:
• How To Calculate The E...
Energy Density of a Capacitor:
• Energy Density of a Ca...
Dielectrics of Capacitors:
• Dielectrics & Capacito...
Capacitors - Review:
• Capacitors - Basic Int...
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Electric Current In Circuits:
• Electric Current & Cir...
The Electric Battery:
• The Electric Battery a...
Ohm's Law Problems:
• Ohm's Law Explained - ...
Resistance and Resistivity:
• Resistivity and Resist...
Physics PDF Worksheets:
www.video-tuto...

[@TheOrganicChemistryTutor]

Full 1 Hour Video - Capacitors: www.patreon.com/MathScienceTutor
Direct Link to The Full Video: bit.ly/3GEVUsF
Physics PDF Worksheets: www.video-tutor.net/physics.html
Final Exams and Video Playlists: www.video-tutor.net/

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He can start The Organic Chemistry University

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I really like that your videos focus on problems solving with some theory mixed in to help us solve the problem! thank you for making such great videos!!

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Julio gonzales

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This one video has taught me more than all my physics lectures have

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Wow...this is the best tutorial
I've ever had

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it would be nice if teachers explain lessons like you do, i keep reading modules handed out by math/chemistry but cant understand a thing over hours.

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[@seliniahong1798]

Question: For question 3 b), when calculating the new potential energy.
Aren't you supposed to use U=1/2CV^2, not U=1/2CV? Or is there something I'm missing?
P.S. Your videos are saving my life and my grades. Thank you so much!!

[@pakothula6906]

@@ArthurB-roonie but it didn't yield the same answer

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[@arnab8516]

You should do these video with theory first then question. Students like me are looking for theory and not problem solving, it can be done after understanding theory :)

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i think there is already a video for that in th-cam.com/video/W7vY3ldfwP0/w-d-xo.html

[@estephaniereyesvega9017]

He always does theory videos first. These are just extra problems.

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Great video, thanks!👋

[@jesusmrosario-claudio4104]

Thank you once again.

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thank you again 😅

[@abdulbarihussain2813]

Very well explained . Good job sir 👍

[@gemini7902]

Thank you!

[@paulludovice7472]

how about Gauss's law in Dielectric?

[@Rsingh1]

Thanks

[@le7679]

in ex 3, isnt the q supposed to be constant?? and also isnt the new electric field= Eo/k=6000/5=1200J???

[@noorbhatia1200]

if V stays same, E also remains constant

[@idk-dr7fo]

thank u !!

[@mahrez-z3x]

on question 3 energy stored is QV^2 not QV that you used

[@prakharguleria7721]

much love

[@magnusdamborg6568]

The Goat

[@umi6780]

What if the dielectric constant of the material inserted is unknown?

[@kisho2679]

how do dielectrics differ from insulators?

[@smiley5799]

where did we use AREA ?

[@idk-dr7fo]

nowhere

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A little lost but I’m getting it

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3/5

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Please upload these videos in Urdu

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How would he even be able to do that?

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Can you add a translation to Arabic? 🤍