Electromagnetic Induction for JEE Advanced | Booster Checklist 11

Watch the following Revision checklist videos as a pre-requisite:

The topics covered in Electromagnetic Induction for JEE Advanced | Booster Checklist 11
00:00 EMI for JEE Advanced
01:22 Precap
04:15 Type1- Problems based on moving coil galvanometer
05:06 Moving coil galvanometer - stiffness coefficient
05:53 Magnetic torque on coil of Moving coil galvanometer
06:15 Restoring torque due to spiral spring on Moving coil galvanometer
06:55 Current sensitivity of Moving coil galvanometer
07:31 SHM of coil of Moving coil galvanometer
09:19 How to stop damping of moving coil galvanometer - Lenz law
10:15 Type2- Problems based on motional EMFs
10:59 EMF across rod Conductor inclined at an angle moving perpendicular to magnetic field
11:40 EMF across random shaped Conductor moving perpendicular to magnetic field
12:24 Circuit current for Conductor on 2 parallel rails moving perpendicular to magnetic field
13:58 Acceleration of Conductor on 2 parallel rails moving perpendicular to magnetic field
14:36 Velocity of Conductor on 2 parallel rails moving perpendicular to magnetic field
15:52 Terminal speed of Conductor on 2 parallel rails moving perpendicular to magnetic field
16:54 Displacement of Conductor on 2 parallel rails moving perpendicular to magnetic field
17:22 Type3- Motional EMF in a rotating conductor
18:07 Current in rotating conductor placed on metal rim
18:56 Net torque & angular speed on rotating conductor placed on metal rim in vertical plane
20:40 If in vertical plane, angular speed is constant, find time variation in external battery placed in circuit
23:18 Motional emf of Half ring rotating on vertical axis
24:36 Acceleration, velocity of conductor moving down inclined plane with vertical magnetic field
27:12 Terminal speed of conductor moving down inclined plane with vertical magnetic field
28:39 Type4- Motional EMF in a moving loop
29:08 EMF of moving loop in motional emf
30:20 Induced emf of loop & its egdes of loop moving away from current carrying long wire
32:00 Current & potential difference across loop moving away from current carrying long wire
33:00 Type5- EMF induced in a rotating coil in Magnetic Field
33:31 Loop emf induced in rotating coil in magnetic field
34:18 Induced current in rotating coil in magnetic field
34:50 Type6- Total charge flown in a coil due to EMI
36:15 Type7- Problems based on circular region in time varying magnetic field
37:06 Electric field inside circular region in time varying magnetic field
37:21 Electric field outside circular region in time varying magnetic field
37:57 EMF & flux in loop placed in time varying magnetic field
38:20 Current in loop placed in time varying magnetic field
38:47 Induced EF at a point at some distance from center of circular region with increasing B with loop placed
40:11 EMF induced in wire at an equitorial point in circular region with time varying magnetic field
40:46 Potential difference on edge of loop in time varying magnetic field
43:00 Type8- Problems based on eddy currents
43:16 Relative motion of metals & source of magnetic field due to eddy currents
43:49 Motion of magnet dropped in metal pipe & terminal speed
44:39 Eddy currents due to Fixed magnet placed near rotating metal disc
46:28 Important note about eddy currents
47:02 Type9- Force on a magnet due to EMI
47:15 Acceleration of magnet at some distance on axis of fixed coil due to EMI
48:06 Magnetic field at location of coil due to magnet
48:35 EMF induced in coil due to magnet
49:26 Induced current in coil & magnetic field at magnet due to magnet moving away from coil
50:21 Opposing Force on magnet moving away from coil
51:15 Acceleration of magnet dropped in a fixed loop
51:49 Type10- Problems based on self & mutual induction
52:18 Linked flux in solenoid
53:34 Type11- Simple LR circuit
54:21 Transient analysis of simple LR circuit at t=0 & t=long time
55:29 Type11- Complex RL circuits
55:42 Thevenin's theorem of effective battery to solve complex RL circuits
56:26 Find time constant of RL circuit if current is given as a function of time & at t=0 switch is closed
57:15 Internal resistance of circuit
57:50 Current in RL circuit when switch is closed
59:08 Type12- Problems based on switching circuits
59:30 How to solve switching circuits at t=0 & t after long time
01:00:51 Behavior of capacitor just after switch is closed & in steady state
01:01:37 Behavior of inductor just after switch is closed

#boosterchecklist11 #jeeadvanced #jeepreparation #electromagneticinduction

[physicsgalaxyworld]

Before watching Booster Checklists for JEE Adv, students are advised to watch Revision Checklists on all topics from links given below -



Physics Galaxy Team wishes all JEE Adv aspirants BEST to perform their best in finals !

[KakashiHatake-grxl]

8 videos in a span of 1 week
and that too with such high density content lasting 1 hr
Simply Amazing Sir

[Shubham-qelg]

Thank you Ashish Arora sir and the entire PG team for your selfless help to all of us.Please Wish me luck sir for JEE ADVANCED!

[ahambrahmaasmi]

19:58 the torque due to magnetic field should be (bil^2)/2

[saurabh]

I can’t thank you much sir for your efforts. You are invincible 🙏🏻

[amrit]

*Sir we will manage mechanics by ourselves but please conclude optics and modern physics alongwith fluids (if possible) before 30th September... it's a humble request* 🙏🏻🙏🏻
*And tysm sir for providing this priceless checklist for free which no institute can provide even for paid* ❤️

[premprakash]

Thank you again for giving such content to all entire team of PG

[sohamvirkar]

50:42 the exact question came in passage format after 8 days in JEE ADV 2021(3rd oct), HATS OFF SIR!!

[VishalRaj-gwoe]

I was losing my hope after thinking so much about jee your video returned my confidence 🌸 Thank you sir

[abcd-ppev]

Before 2 months iam zero in physics but now after watching Ashish sir videos and practicing 700+ illustrations I have solved 70% advance pyqs without looking at solutions. Only bcoz of u sir thank u very much. For these type of quality lectures tutors take thousands and even lakhs of rupees but ashish sir no1 physics lecturer giving it us free we all are really lucky.

[shyamkarthikeya]

Thankyou Sir ❤ Persons like you are the intentional Creations of God for helping Students like us 🙏

[abhinavarya]

Sir aap Kai baar kahi kahi kuch terms miss Kar jaate hai but never worry because u have made us conceptually strong enough to deal with.

[swapnanilchakraborty]

I do not know why this channel does not become the most subscribed channel . People does not understand what is really quality content ..

[Fightclub-rm]

Every thing about this video is perfect
00:14:39

[vignesh]

At 45:33 the question which is discussed by sir has already been asked in JEE ADV 2020 Physics Paper. Thank You Sir for such amazing checklists.

[studyonly]

Sir voh bar magnet ke acceleration vala case was very OP. Kitna simple but kabhi aisi cheeze nahi dekhi!!!!

[PiyushKumar-qhqp]

GREATEST SERIES SIR FOR JEE ASPIRANTS 🙌👏🙏🏻

[triggeredskeletonbankey]

Thanku sir u are my idol in my jee prep 🤜🤛

[josephstalin]

HOW MANY OF YOU FOLLOW ASHISH SIR BLINDLY?

[rounakroy]

Thank you very much Sir..and the entire PG team for supporting us..Will try to give the best in JEE Adv'21.. 🙏