SUMMARY 1. Coulomb's Law 2. Application of Gauss Law 3. Equipotential Surfaces. 4. P.E. of System of charges 5. Energy stored in capacitors. 6. Drift of electrons & Resistivity 7. Temp. dependence of Resistivity 8. Kirchhoff's Rule 9. Force btw parallel wires. 10. Moving coil Galvanometer & Conversion. 11. Magnetic properties of materials. 12. Lenz's Law 13. Farday's Law 14. Self & Mutual Inductance 15. Series LCR 16. Power in A.C. Circuits 17. Transformers. 18. Displacement Current 19. Electromagnetic spectrum Uses. 20. Refraction at spherical surfaces 21. Prism 22. Optical Instruments 23. Reflection & Refraction by wave theory 24. Interference & YDSE 25. Einstein Photoelectric equations 26. All Graphs. (Theory) 27. Wave Nature of matter. 28. a-particle exp. & Model 29. Bohr model 30. Mass Energy & BEN curve 31. Nuclear force 32. Nuclear Energy 33. p-n junction 34. Semiconductor Diode 35. Application of Diode (Rectifier)
1. Coulomb's law 2. Application of gauss law 3. Equipotential surfaces 4. P.E of system of charges 5. Energy stored in capacitors 6. Drift of electrons and resistivity 7. Temperature dependence of resistivity 8. Kirchhoff's laws 9. Force between parallel wires 10. Moving coil Galvanometer and conversion 11. Magnetic properties of materials (para, ferro, dia) 12. Lenz's law 13. Faraday's law 14. Self and mutual inductance 15. Series LCR circuit 16. Power in AC circuits 17. Transformer 18. Displacement current 19. Electromagnetic spectrum - chart 20. Refraction at spherical surfaces 21. Prism 22. Optical instruments (microscope, telescope diagrams) 23. Reflection and refraction by wave theory 24. Interference and Young's double slit experiment 25. Einstein photoelectric equations 26. Dual nature graphs 27. Wave nature of matter 28. Alpha particle model and experiment 29. Bohr model 30. Mass energy relation and binding energy per nucleon curve 31. Nuclear force and nuclear energy 32. P-n junction 33. Semiconductor diode (V-I characteristics) 32. Application of diode - rectifier
2:48 attraction 3:26 to ammeter-low resistance wire (shunt) in parallel 3:38 to voltmeter -high resistance in series 3:56 diamagnetic is independent of temperature 8:03 formation of depletion layer and barrier potential
I will also say some important concepts in which the questions are asked definitely 👍 Ch:1 Electric field due to dipole(axial and equitoral) Ch:2 Parallel Plate Capacitor And Capacitance , Effect of dielectric on Capactiors(Sums also included),Combination of capactiors Ch:3 Wheatstone Bridge , Study all the graphs(refer from your study material. Ch:4 Biot Savart Law(Definite Question so far) , B due to current carrying circular loop. Ch:6 AC Generator(Working , Principle, Construction, Derivation) Write like this it will give you full marks. Ch:10 Huygens Principle Ch:12 Hydrogen spectral series (Lyman ,Balmer,Paschen,Pfund,Brackett) Ch:13 Nuclear density ,Law of Radioactive Decay Some topics which are left behind in this lecture. ALL THE BEST FRIENDS
Jo log bhi Physics 03/03/2024 ye padh raha hai wo yaha par attendance laga do 😂 Pure saal bhar nahi padhe fir bhi saram nahi hai exam ke ek din pahele hi padhenge 😂
1. Force between two current carrying parallel wires will *attract* each other when current flows in same direction 2. To convert a galvanometer to an ammeter, a shunt resistance in parallel has to be connected. Ideal ammeter has 0 resistance. To convert galvanometer into voltmeter, connect high resistance in series. Ideal voltmeter has infinite resistance 3. Prism formula is indeed correct 4. In formation of P-N Junction diode, we have drift current and diffusion current Thank you sir for this informative video !
2:28 first law conservation of charges and sencod law is conservation of energy 3:01 attraction betweem wore because both have same magnetic field 3:28 small resistance ko paralle mein laga dete hai 3:38 resistance ko series mein laga denge 3:55 diamangetic have independent of temperature 5:33 it is correct relation between refrative index and minimum deviation 8:03 diffusion current and drift current thank you sir love you sir 😍😍😍😍😍
Kuch nhi aaya iss baar aisa .... bahut taiyari karke gye the full confidence ke sath ..... but sab kuch bekar gya ..... iss baar paper bahut tricky tha 😢
Yes sir plzz sample paper krba dijiye sir sara ka sara cource clear ho jaiga ki kitna aarha hai or kitna nhi aarha hai or Bhai Jo bhi chahta hai ki sir sample paper krbai to spam krdo comment box mai or isko like krdo
When there is formation of p-n junction takes place following phenomena takes place 1) Diffusion Current 2) Drift Current 3) Barreir electric potential 4) Depletion layer
A galvanometer can be converted into an ammeter by connecting a high resistance in parallel is connected to the galvanometer due to which the equivalent resistance will decrease and for converting a galvanometer into a voltmeter a high resistance is connected in the series so as to increase the equivalent resistance
Sir ispar video bana dijiye sare topic par jitaba aapne bataya hai please please please please please please please please please please please please sir
Bhai ye jo topics sir ne bataye hai na usko ache se smjh ke unke pyqs karja Jo ki seriously bolu toh aaj Aaj mein ho jaega aur kal tu derivations aur formula yaad karlio uske baad revision krlio
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SUMMARY
1. Coulomb's Law
2. Application of Gauss Law
3. Equipotential Surfaces.
4. P.E. of System of charges
5. Energy stored in capacitors.
6. Drift of electrons & Resistivity
7. Temp. dependence of Resistivity
8. Kirchhoff's Rule
9. Force btw parallel wires.
10. Moving coil Galvanometer & Conversion.
11. Magnetic properties of materials.
12. Lenz's Law
13. Farday's Law
14. Self & Mutual Inductance
15. Series LCR
16. Power in A.C. Circuits
17. Transformers.
18. Displacement Current
19. Electromagnetic spectrum Uses.
20. Refraction at spherical surfaces
21. Prism
22. Optical Instruments
23. Reflection & Refraction by wave theory
24. Interference & YDSE
25. Einstein Photoelectric equations
26. All Graphs. (Theory)
27. Wave Nature of matter.
28. a-particle exp. & Model
29. Bohr model
30. Mass Energy & BEN curve
31. Nuclear force
32. Nuclear Energy
33. p-n junction
34. Semiconductor Diode
35. Application of Diode (Rectifier)
Thanks bro
Thanks bro
Thanks a lot bro 🫂❤️
Thanx
Thank you
1. Coulomb's law
2. Application of gauss law
3. Equipotential surfaces
4. P.E of system of charges
5. Energy stored in capacitors
6. Drift of electrons and resistivity
7. Temperature dependence of resistivity
8. Kirchhoff's laws
9. Force between parallel wires
10. Moving coil Galvanometer and conversion
11. Magnetic properties of materials (para, ferro, dia)
12. Lenz's law
13. Faraday's law
14. Self and mutual inductance
15. Series LCR circuit
16. Power in AC circuits
17. Transformer
18. Displacement current
19. Electromagnetic spectrum - chart
20. Refraction at spherical surfaces
21. Prism
22. Optical instruments (microscope, telescope diagrams)
23. Reflection and refraction by wave theory
24. Interference and Young's double slit experiment
25. Einstein photoelectric equations
26. Dual nature graphs
27. Wave nature of matter
28. Alpha particle model and experiment
29. Bohr model
30. Mass energy relation and binding energy per nucleon curve
31. Nuclear force and nuclear energy
32. P-n junction
33. Semiconductor diode (V-I characteristics)
32. Application of diode - rectifier
Thoda kam h 👍😶
Thankyou ❤️
Thank you 😊
Thanks a lot girl
Anyways what's your ig id
Ha! I completed them all!!!
2:48 attraction
3:26 to ammeter-low resistance wire (shunt) in parallel
3:38 to voltmeter -high resistance in series
3:56 diamagnetic is independent of temperature
8:03 formation of depletion layer and barrier potential
Goo'boi
Last one is during formation of p n junction 2 current formed are drift and diffusion current
Yes bro you are right@@SanyaBhargava-mo4ol
Galvanometer to ammeter apply small shunt parallel to it
Galvanometer to voltmeter
Put high resistance in series
I will also say some important concepts in which the questions are asked definitely 👍
Ch:1 Electric field due to dipole(axial and equitoral)
Ch:2 Parallel Plate Capacitor And Capacitance , Effect of dielectric on Capactiors(Sums also included),Combination of capactiors
Ch:3 Wheatstone Bridge , Study all the graphs(refer from your study material.
Ch:4 Biot Savart Law(Definite Question so far) , B due to current carrying circular loop.
Ch:6 AC Generator(Working , Principle, Construction, Derivation) Write like this it will give you full marks.
Ch:10 Huygens Principle
Ch:12 Hydrogen spectral series (Lyman ,Balmer,Paschen,Pfund,Brackett)
Ch:13 Nuclear density ,Law of Radioactive Decay
Some topics which are left behind in this lecture.
ALL THE BEST FRIENDS
lens maker formula
@@rihankhan_24817 that a rare 2 mark . In case if the QP is easy
@@Ketchup_zzzzz derivation ki wastage kitni hai ?
@@rihankhan_24817 sry plz reply in english
3:22(by connecting shunt in parallel to voltmeter 🥲)
Nhi series me high resistance ka shunt karte hai
Jo log bhi Physics 03/03/2024 ye padh raha hai wo yaha par attendance laga do 😂
Pure saal bhar nahi padhe fir bhi saram nahi hai exam ke ek din pahele hi padhenge 😂
7:59 two processes invloved in PN- junction Diffusion and drift 💯💯
Is it
Sir pls in sab topic pea ek vdo bnaa do😶 live hi kr do sir q ki ab time v nhi h 😔
Parallel ma sunt resistance
1. Force between two current carrying parallel wires will *attract* each other when current flows in same direction
2. To convert a galvanometer to an ammeter, a shunt resistance in parallel has to be connected. Ideal ammeter has 0 resistance. To convert galvanometer into voltmeter, connect high resistance in series. Ideal voltmeter has infinite resistance
3. Prism formula is indeed correct
4. In formation of P-N Junction diode, we have drift current and diffusion current
Thank you sir for this informative video !
Like who wants to pass in physics exam😊😊
Like krne se ho jaunga pass 💀
2:28 first law conservation of charges and sencod law is conservation of energy
3:01 attraction betweem wore because both have same magnetic field
3:28 small resistance ko paralle mein laga dete hai
3:38 resistance ko series mein laga denge
3:55 diamangetic have independent of temperature
5:33 it is correct relation between refrative index and minimum deviation
8:03 diffusion current and drift current
thank you sir love you sir 😍😍😍😍😍
Current in same direction (attraction)
Current in opposite direction (repulsion)
I wish everyone good marks I pray for god 😊
Sir please inn topics ko aaj raat me live kra dijiye 🥺🙏🏻
First kirchoff is conservation of charge and second energy
1st law conservation of charge
2nd law conservation of energy
To convert galvanometer into ammeter, short resistance should be applied (shunt)
Sir app ek bar pura sample paper live karva do jise jise exam ka andaja aajaya pls sir 😢😢😢😢😢😢😢❤❤❤😮😮😮😮😮😮😊😊
Pls😢😢😢😢😢
Khud se karoo practice fir uska solution dhej kr check karoo
Sir paper kesa ayaga vo pata chalta isliya pucha tha
Bina akal ka pada hua bij
8:00 Conduction and displacement current
Sir sabhi Topic 1 hi video mai explain kar dijiye please 🥺
😂
Kitn bara video chahiye😂😂
9:52 diffusion and drift
For galvanometer into ammeter a shunt resistance is used
For volt meter both resistance are connect in series and ammeter both resistance are connect in parrallel
Diamagnetism.... independent of temperature
sir no huygens principle??? i thought it was imp, can i leave it?
Sir sari imp Theory ek video me banao please Numerical ka time nhi bacha
Diamagnetic 3:54
Sir ji app hi karwado sir important topic plz sir bahut jyada excited ho rha h
2:57 attraction
3:29 shunt(low value resistance) in parallel
🤝thank you sir..... 🔥
Thank you ❤❤❤❤
Kaash pass kar jau bohot dar lag rHA
Attraction hoga aur kirchoff's first law --- law of conservation of charge and second on energy 😊😅
Kis kis ne Aaj se padhna start Kiya he
Edit : BGMI khelna tabhi bhi nahi rukega 😎
Physics h Bhai sab 27 se padh rhe h
😂😂
Mene Bhai
@@a.pal_yt2018 Bhai koi 27 se nhi pdha rha abhi dekhna kal 1 day stratergy me kitne views ayenge
Tu akela hi hoga
8:14 the two phenomenon are drifting and diffusion :)
Sir toh aagar ma yehi saab topic ko paruh toh pass hjaunga kya?
Sir yeh video 2 din pehle hi RUclips me chhod de TE to achha HOTA
Thank You Sir 🎉
Support from OdishA ❤
I got 30 marks in pre boards (Moderate level) just by studying for 2 days and surely gonna get 35+ marks in Boards paper
Sir aapne jitne topics bataye vo saare aate hai... Mujhe.. it means meri preparation theek chl rhi hai...?
Sir ye sari topic ka ek video bana di jiye revision ke liye
Sir can u please put important derivations video please
Diffusion current and drift current
Yes I agree all important topics are covered in this video . But even more few important topics are left
Aap btado 😢
Sir kuch main topics ki ek oneshot daal dijiye hume bhi kuch aajayga 🙏🏻
Leaving this comment here before my physics exam aur akke bataunga ki inme se kitne topic aye 🥹😂
Sir kuch nhi pdha hu sir ekdum 0 pr hu pls kuch aise topics bta dijiye jise pdhne ke baad Mai 50+/70 score kr lu sir pls
Ab pass hone ki dekh bhai 😂
Bhai pdhne ka bhi man nhi kr rha😶
@@ayushjha1035 ha bhai😭
Sir motional and rotational emf nhi h na syllabus mai please reply and love you sir ❤
Sir ye topics karwa dijiye 😢😢
Form Diffusion and Drift current
Sir thoury or derivatives ho gaye but numerical nahi kiya ek be
Please sir all chapter maha marthan numarical all chapter kara do please sir
Sir please make oneshot video of all these important topics
If we have change galvanometer into ammeter than we have to join shunt parallel to galvanometer
9 : attraction
SIR PLEASE EK DEFINATIONS AUR BHUT SARA IMP QUESTION ANSWER RELATED BNA DIGIYEAGA N PLSS
Kirchhoff's first rule-conservation of charges
SIR ek important ncert points Vali video bana dena
Conservation of charge first law
Conservation of energy second law
First law law of conservation of charge
Thank youu!!
By applying shunt in parallel to galvanometer
SIR NEET 2024 KE LIYE PYQ KI SERIES START KR DIJIYE PLEASE❤😢
Sir ek baar ye sare topics ek video mein karaa dijiye
Kuch nhi aaya iss baar aisa .... bahut taiyari karke gye the full confidence ke sath ..... but sab kuch bekar gya ..... iss baar paper bahut tricky tha 😢
3:51 FERROMAGNETIC
Diamagnetic hai answer 😂
Sir numerical to bade khatarnak aa rahe iss bar, bio walo ka kya hoga
sir optical instrument se konsa derivation aane ka chance jyada hein?
Compound microscope and astronomical telescope
Diamagnetic is independent of temperature
4:51 attraction
Sir kya bs itne topics se 90% aa jayge ........
Sir please important derivations ki bhi video bana dijiye
Already ban gai hai bhai
Ab legend nhi 🐍 ayye h😂
Sir important topics ka bhi marathon Kara dijiye plz
Sir ji love u hai aapko
Sir ye aap hi kradijiye
Sirf yehi topics krado sir please....
Yes sir plzz sample paper krba dijiye sir sara ka sara cource clear ho jaiga ki kitna aarha hai or kitna nhi aarha hai or Bhai Jo bhi chahta hai ki sir sample paper krbai to spam krdo comment box mai or isko like krdo
Sir in topics ko karkar pass ho jayenge kya 😢🙏please tell
Diamagnetic is independent
Conservation of char par depend karta ha kirchof law
When there is formation of p-n junction takes place following phenomena takes place
1) Diffusion Current
2) Drift Current
3) Barreir electric potential
4) Depletion layer
Depletion layer is formed
Yes
Diffusion and drift
Sir take all these topics together and make a video
A galvanometer can be converted into an ammeter by connecting a high resistance in parallel is connected to the galvanometer due to which the equivalent resistance will decrease and for converting a galvanometer into a voltmeter a high resistance is connected in the series so as to increase the equivalent resistance
Dia pe hoga😊
Theory topics bta deziye
Sir ispar video bana dijiye sare topic par jitaba aapne bataya hai please please please please please please please please please please please please sir
sir filter circuit bhee hai course mei
Sirr ye numerical hai yaa theory?
Conservation of energy for 1st law
Serious replies please.... Mera sirf ch 1, 3 aur 14 hua hai toh kuch suggest Karo ki kya kya padhlu kaha se ki at least 50 marks aa jaaye
Bhai ye jo topics sir ne bataye hai na usko ache se smjh ke unke pyqs karja Jo ki seriously bolu toh aaj Aaj mein ho jaega aur kal tu derivations aur formula yaad karlio uske baad revision krlio
Ye topic kr lo 😊😊 🚩
Yes sample paper solve karwa dijiye
Is derivation of energy stored in a capacitor required?
Nope
1St conservation of charge
2law conservation of energy
Correct
Real legend are those.... learning before one day exam....😂😂😂🎉🎉
sir em waves book 1 me hai 😅
Sir app ek bar ek sample paper ki puri practice karva dijya na sir pls😢😢😢❤❤❤❤❤😊😊😊😊😊
🎉🎉
sir math me bhi kra dena bhott kam din h