EMI and AC Class 12 [Complete Details] | JEE 2022 & NEET 2022 | Shreyas Sir | Vedantu Enlite

EMI and AC Class 12 [Complete Details] | JEE 2022 & NEET 2022 | Shreyas Sir | Vedantu Enlite. Hello students, watch this amazing session on Electromagnetic Induction Class 12 and Alternation Current Class 12. Here Shyreyas sir will cover the complete details of EMI and AC for your upcoming JEE & NEET preparation. This session will be very helpful for the students who are preparing for JEE 2022 & NEET 2022 Exams. So, watch the complete video, and let's get a better understanding of the EMI and AC.

➡️ Avail all Exciting Vedantu Courses 🔥 by clicking on the links below 🤑

✔📚Zero to SuperHero- Playlist (Chemistry) | NEET 2022 | NEET Preparation | Wassim Sir | Vedantu Enlite- JEE & NEET:
✔📚Zero to SuperHero- Playlist | Physics & Chemistry| JEE 2022- 2023 |NEET 2022- 23|Vedantu Enlite- JEE & NEET:
✔📚Zero to SuperHero- Playlist (Physics)| JEE 2022- 2023 |NEET 2022- 23|Vedantu Enlite- JEE & NEET:

➡️ 🔊 To stay updated in Vedantu Enlite JEE & NEET, follow us on:
--------------------------------------------------

#ElectromagneticInduction #AlternatingCurrent #JEE2022 #NEET2022 #ShreyasSirVedantu #VedantuEnlite #CBSETerm2 #JEEPreparation #NEETPreparation #Class12Preparation #CBSEClass12BoardExams #VedantuEnliteJEEAndNEET​ #OnlineClasses

Thank you so much guys for watching the video. We hope, this session will help you get a better understanding of the topic. We would love to get your feedback. Please do comment below in the comment section.

[V.S.Abhishek]

00:12 Overview of EMI and AC for JEE 2022 & NEET 2022
02:29 Mind maps are crucial for revision.
06:26 Changing magnetic flux induces electricity in a coil
08:40 Understanding Faraday's law and Lenz's law
12:47 EMF is induced by changes in magnetic field, area, or orientation.
14:48 EMF induced when conductor moves in magnetic field
18:50 Rod rotating in magnetic field generates EMF
20:40 The direction and value of EMF are determined by the wire's orientation and shape.
24:08 Explanation of induction and current flow in a circuit.
25:54 Force applied converts work into heat loss
29:38 Eddy current loss in conductors leads to heat generation
31:29 Introduction to inductors and Lorentz force
35:13 Understanding self-inductance and mutual inductance
36:58 Self-inductance and its coefficients
40:43 Inductors store energy in magnetic field
42:37 Understanding the concept of time constant in EMI and AC
46:35 AC voltage varies between positive and negative values, with average value being zero.
48:20 RMS value explained in AC circuits
52:12 Understanding phase difference in EMI equations
54:05 Phasor diagram depicts circular motion of amplitude with angular speed.
57:55 Focus on problem-solving and strategy sessions.
1:00:08 Explanation of AC circuits in series
1:03:38 Voltage and current across a resistor are always in phase
1:05:37 Vector addition of VL and VC for total voltage calculation
1:09:19 Understanding reactance in AC circuits
1:11:29 Introduction to Impedance in AC Circuits
1:15:18 Resonance frequency is when current is maximum in the circuit.
1:17:19 Understanding power factor and bandwidth in circuits.
1:21:18 AC current induces EMF in secondary coil based on Faraday's law
1:23:01 Isolation transformer protects circuits with equal input and output voltages.
1:27:08 Derivation of power in a circuit
1:28:57 Understanding electromagnetic induction and current direction in coils
1:32:42 Calculation of 4 square and its significance in physics
1:34:38 Difference between fast and slow die down in circuits explained
1:38:30 Explanation of calculating RMS value for AC current
1:40:33 Primary voltage can be calculated using Faraday's law.
1:44:28 Heat loss in AC and DC circuits
1:46:26 Practice math regularly and focus on high weightage chapters.
1:50:35 Understanding voltage distribution in LCR circuit
1:52:39 Calculating EMF in a rotating metallic conductor
1:56:20 Details of JEE and NEET crash courses and quizzes
1:58:01 Practice and testing are crucial for scoring well.
Crafted by Merlin AI.

[geetikamantri]

Thank u sir. We thought we won't get good revision. But when u r there, we feel big releif now. Ur classes are very helpful for us.

[yashasvirai]

Thank you so much sir 😊 amazing session

[siddharthchouhan]

Sir.... Plz... Upload fluids mechanism video

[Fun-game]

I love the patience and creative idea of ur teaching thank u so much sir😊❤

[nandanasivaprasad]

Thank you sir for this session ..😊🙏
Your motivation & support is our strength sir... 😊😇🙏

[ksbtechs]

what is the differences from path finder series and other series sir

[Lalith-jfbm]

Xl means the resistance in an inductor or the equivalent resistance of inductor and and a resistor?? What is Xl