Full NCERT Class 12 Physics Derivations from Chapter 1 to 14 | Class 12 Board Exam 2024 | SSP Sir

Full NCERT Class 12 Physics Derivations from Chapter 1 to 14 | Class 12 Board Exam 2023 | SSP Sir

1:55 = electric charge and fields(~34 mins)
35:50 = electric potential and capacitance(~27 mins)
1:02:38 = current electricity(~ 25 mins)
1:28:25 = magnetic effects(~30 mins)
1:57:49 = magnetism and matter(~10 mins)
2:07:22 = EMI(~ 6 mins)
2:13:26 = AC(~11 mins)
2:25:24 = EMW(~5 mins)
2:30:22 = Ray optics(~ 20mins)
2:50:55 = optical instruments(~ 8 mins)
2:58:15 = wave optics(~ 4 mins)
3:04:47 = dual nature(~ 3 mins)
3:07:43 = atoms(~ 4 mins)
3:11:35 = nuclei(~ 2 mins)

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#sachinsirphysics #cbse2024 #physicsderivations #ncertphysicsclass12 #Class12Physics #12Board2024 #12BoardExam #sachinsirphysics #cbseboard2023 #ncertphysics

[sachinsirphysics]

👉For NCERT Solutions and Sample Paper with Solution

[CoolDude]

Ch1:-
2:22 Coulomb's Law
6:23 Vector form of Coulomb's Law
11:24 EF due to Point Charge
13:29 EF due to dipole on Axis
17:52 EF due to dipole on equator
22:38 Gauss Law
24:50 EF due to infinite length of wire
28:16 EF due to Charged Sheet
30:48 EF due to spherical shell
33:01 Torque on dipole

Ch2:-
36:06 Potential energy
43:10 Potential
45:05 Potential due to a point charge
47:35 Potential due to Dipole
50:39 Potential on Axis of dipole
51:25 Relation b/w potential & EF
53:09 Equipotential Surfaces
57:00 Series combination
58:11 Parallel combination
59:40 Parallel plate capacitor
1:01:17 DiElectric Slab

Ch3:-
1:03:20 Avg and Inst Current
1:04:08 Current Density
1:05:45 Drift Velocity
1:07:25 Relation b/w J and Vd
1:09:17 Ohm's Law
1:13:25 Cell & Internal resistance
1:15:34 Cells in Series
1:16:56 Cells in Parallel
1:23:51 Combination of Cells
1:25:32 Wheatstone Bridge

Ch4:-
1:28:50 MF due to Current Carrying Ring
1:36:22 Ampere Circuital Law
1:37:45 Force on a Moving Charge
1:42:40 Force on two current carrying wires
1:44:47 Torque On Rec Coil
1:52:31 Galvanometer
1:54:49 Conversions of Galvanometer

Ch5:- (Qualitative)
1:58:32 Solenoid as a bar Magnet
2:00:05 dipole in magnetic field
2:01:40 Diamagnetic
2:03:30 Para-Magnetic
2:04:35 Ferro-Magnetic
2:05:53 Effect Of Temprature

Ch6:-
2:07:35 Faraday's Law
2:08:43 Self induction
2:10:29 Mutual Induction

Ch7:-
2:13:45 AC
2:17:17 LCR Circuit
2:21:06 Power factor
2:22:44 Transformer

Ch8:-
2:25:39 Displacement Current
2:27:16 Characteristics of Waves(Qualitative)
2:28:04 😁😂

Ch9:-
2:30:40 Refraction
2:33:20 Apparent Shift
2:36:23 TIR
2:38:20 Refraction through Spherical Surface
2:41:33 Lens
2:45:15 Prism
2:51:46 Simple Microscope
2:53:50 Compound Microscope
2:56:26 Astronomical Telescope

Ch10:-
2:58:25 Reflection
3:00:00 Refraction
3:02:32 YDSE(Qualitative)

Ch11:-
3:04:54 Einstein's Eq
3:06:09 WaveLength

Ch12:-
3:08:08 Radius of Atom
3:09:45 Energy of Atom

Ch13:-
3:11:45 Binding Energy

Ch14 :- No derivation🥸

No Need to Thank Me Guys ... Helping Other's gives me Happiness!✌️

[beluga]

1:55 = electric charge and fields(~34 mins)
35:50 = electric potential and
capacitance (~27 mins)
1:02:38 = current electricit(~ 25 mins)
1:28:25 = magnetic effects(~30 mins)
1:57:49 = magnetism and matter (~10 mins)
2:07:22 = EMI(~ 6 mins)
2:13:26 = AC (~11 mins)
2:25:24 = EMW(~5 mins)
2:30:22 = Ray optics(~ 20 mins)
2:50:55 = optical instruments~ 8 mins)
2:58:15 = wave optics(~ 4 mins)
3:04:47 = dual nature (~ 3 mins)
3:07:43 = atoms (~ 4 mins)
3:11:35 = nuclei(~ 2 mins)
semiconductor no derivation

@sachinsirphysics please put this timestamps 🕰️

[its_sanya_here]

29:57 here a small mistake
It should be 2EA=SigmaA/E°
So E = sigma/ 2E°

[tejasxtibrewal]

Tumhara result decide nahi karta ki tum loser ho ki nahi, tumhari koshish karti hai.
Just keep this in your mind guyss.
CBSE Boards 2024 wale like krke attendance de...

[ahmerperwez]

1:55 = electric charge and fields(~34 mins)
35:50 = electric potential and capacitance(~27 mins)
1:02:38 = current electricity(~ 25 mins)
1:28:25 = magnetic effects(~30 mins)
1:57:49 = magnetism and matter(~10 mins)
2:07:22 = EMI(~ 6 mins)
2:13:26 = AC(~11 mins)
2:25:24 = EMW(~5 mins)
2:30:22 = Ray optics(~ 20mins)
2:50:55 = optical instruments(~ 8 mins)
2:58:15 = wave optics(~ 4 mins)
3:04:47 = dual nature(~ 3 mins)
3:07:43 = atoms(~ 4 mins)
3:11:35 = nuclei(~ 2 mins)

[priyadarshiutkarsh]

1:55 = electric charge and fields(~34 mins)
35:50 = electric potential and capacitance(~27 mins)
1:02:38 = current electricity(~ 25 mins)
1:28:25 = magnetic effects(~30 mins)
1:57:49 = magnetism and matter(~10 mins)
2:07:22 = EMI(~ 6 mins)
2:13:26 = AC(~11 mins)
2:25:24 = EMW(~5 mins)
2:30:22 = Ray optics(~ 20mins)
2:50:55 = optical instruments(~ 8 mins)
2:58:15 = wave optics(~ 4 mins)
3:04:47 = dual nature(~ 3 mins)
3:07:43 = atoms(~ 4 mins)
3:11:35 = nuclei(~ 2 mins)

Best of luck!

[mohitpanchal]

2:13:05
The self-inductance of the coil depends upon its length, number of turns, area of cross-section and the permeability of the material of its core.

[ripungangwar]

There is mistake in derivation of E.F. due to plane charged sheet .. it should be 2EA and answer is E= sigma/2 epsilon not

[WorkHard-BeTheLegend]

FULL and DETAILED Timeline

Ch1:-
2:22 Coulomb's Law
6:23 Vector form of Coulomb's Law
11:24 EF due to Point Charge
13:29 EF due to dipole on Axis
17:52 EF due to dipole on equator
22:38 Gauss Law
24:50 EF due to infinite length of wire
28:16 EF due to Charged Sheet
30:48 EF due to spherical shell
33:01 Torque on dipole

Ch2:-
36:06 Potential energy
43:10 Potential
45:05 Potential due to a point charge
47:35 Potential due to Dipole
50:39 Potential on Axis of dipole
51:25 Relation b/w potential & EF
53:09 Equipotential Surfaces
57:00 Series combination
58:11 Parallel combination
59:40 Parallel plate capacitor
1:01:17 DiElectric Slab

Ch3:-
1:03:20 Avg and Inst Current
1:04:08 Current Density
1:05:45 Drift Velocity
1:07:25 Relation b/w J and Vd
1:09:17 Ohm's Law
1:13:25 Cell & Internal resistance
1:15:34 Cells in Series
1:16:56 Cells in Parallel
1:23:51 Combination of Cells
1:25:32 Wheatstone Bridge

Ch4:-
1:28:50 MF due to Current Carrying Ring
1:36:22 Ampere Circuital Law
1:37:45 Force on a Moving Charge
1:42:40 Force on two current carrying wires
1:52:31 Galvanometer
1:54:49 Conversions of Galvanometer

Ch5:- (Qualitative)
1:58:32 Solenoid as a bar Magnet
2:00:05 dipole in magnetic field
2:01:40 Diamagnetic
2:03:30 Para-Magnetic
2:05:53 Effect Of Temprature

Ch6:-
2:07:35 Faraday's Law
2:08:43 Self induction
2:10:29 Mutual Induction

Ch7:-
2:13:45 AC
2:17:17 LCR Circuit
2:21:06 Power factor
2:22:44 Transformer

Ch8:-
2:25:39 Displacement Current
2:27:16 Characteristics of Waves(Qualitative)
2:28:04 😁😂

Ch9:-
2:30:40 Refraction
2:33:20 Apparent Shift
2:36:23 TIR
2:38:20 Refraction through Spherical Surface
2:41:33 Lens
2:45:15 Prism
2:51:46 Simple Microscope
2:53:50 Compound Microscope
2:56:26 Astronomical Telescope

Ch10:-
2:58:25 Reflection
3:00:00 Refraction
3:02:32 YDSE(Qualitative)

Ch11:-
3:04:54 Einstein's Eq
3:06:09 WaveLength

Ch12:-
3:08:08 Radius of Atom
3:09:45 Energy of Atom

Ch13:-
3:11:45 Binding Energy

Ch14 :- No derivation🥸

[jahnvishri]

I have my physics exam tomorrow and i am learning these derivation. I’d really like to thank sir’s efforts of behalf of all the students 2022-23 because we know how tough it is to find all the derivation in yt and how our concept doesn’t gets cleared even after watching 20 min video for just 1 derivation. I don’t know whether sir will even see the comments but I really want to thank sir and his team for bringing the best quality videos for FREE for people whom he, most likely won’t even meet.. One of your lines that really touched me was “agr paper acha nhi gya to kya hoga? Aapke sir aapko chor ke thori jayenge, mai aakhri dam tk tumhare saath rhunga, chahe paper kaisa bhi jaye”. Not even my parents had ever said something so touching yet so motivating. Thank you so much sir from the bottom of my heart for helping us all without asking for anything in return. I don’t have any idea how my paper will be tomorrow or how much i will score but I’ll forever remember that i did work hard in these last two months and you were one of the teacher who guided and motivated me. Thanks once again. I hope i’ll be able to meet and thank you soon in person in Surat❤️❤️

To all the people saying that they too haven’t learnt anything else just like me, i’d like to clarify that my theory and numerical are already complete and only derivation were left which i completed now. Questions nhi ho rhe vo alg baat hai but I request you all to do the important questions ki examiner thora sa marks dede. Best of luck everyone. Av bhi time hai mehnat krlo, kl exam ke baad so jana❤️

[ringtoneswale]

1:25:23 -formula of mixed grouping is I=mnE/(mR+nr)

[justin]

To all juniors I scored 89 in physics board 2023. This video is the sole reason I was able to do all derivations the in my paper. Not even kidding I started whole physics 5 days ahead and was able to do so much. Follow this blindly and keep working hard.
-A senior

[Prem-muvt]

1:55 = electric charge and fields(~34 mins)
35:50 = electric potential and capacitance(~27 mins)
1:02:38 = current electricit(~ 25 mins)
1:28:25 = magnetic effects(~30 mins)
1:57:49 = magnetism and matter(~10 mins)
2:07:22 = EMI(~ 6 mins)
2:13:26 = AC(~11 mins)
2:25:24 = EMW(~5 mins)
2:30:22 = Ray optics(~ 20mins)
2:50:55 = optical instruments(~ 8 mins)
2:58:15 = wave optics(~ 4 mins)
3:04:47 = dual nature(~ 3 mins)
3:07:43 = atoms(~ 4 mins)
3:11:35 = nuclei(~ 2 mins)
semiconductor no derivation

[ayushdubey]

2:12:53 mutual or self induction depends upon
1. Length of solenoid
2. Cross section area of coil
3. No.of turns / unit length of coil
4. Permeability of material
5. Also depends upon medium, maybe 🤔

[PWneet]

anurag verma
Ch1:-
2:22 Coulomb's Law
6:23 Vector form of Coulomb's Law
11:24 EF due to Point Charge
13:29 EF due to dipole on Axis
17:52 EF due to dipole on equator
22:38 Gauss Law
24:50 EF due to infinite length of wire
28:16 EF due to Charged Sheet
30:48 EF due to spherical shell
33:01 Torque on dipole

Ch2:-
36:06 Potential energy
43:10 Potential
45:05 Potential due to a point charge
47:35 Potential due to Dipole
50:39 Potential on Axis of dipole
51:25 Relation b/w potential & EF
53:09 Equipotential Surfaces
57:00 Series combination
58:11 Parallel combination
59:40 Parallel plate capacitor
1:01:17 DiElectric Slab

Ch3:-
1:03:20 Avg and Inst Current
1:04:08 Current Density
1:05:45 Drift Velocity
1:07:25 Relation b/w J and Vd
1:09:17 Ohm's Law
1:13:25 Cell & Internal resistance
1:15:34 Cells in Series
1:16:56 Cells in Parallel
1:23:51 Combination of Cells
1:25:32 Wheatstone Bridge

Ch4:-
1:28:50 MF due to Current Carrying Ring
1:36:22 Ampere Circuital Law
1:37:45 Force on a Moving Charge
1:42:40 Force on two current carrying wires
1:52:31 Galvanometer
1:54:49 Conversions of Galvanometer

Ch5:- (Qualitative)
1:58:32 Solenoid as a bar Magnet
2:00:05 dipole in magnetic field
2:01:40 Diamagnetic
2:03:30 Para-Magnetic
2:05:53 Effect Of Temprature

Ch6:-
2:07:35 Faraday's Law
2:08:43 Self induction
2:10:29 Mutual Induction

Ch7:-
2:13:45 AC
2:17:17 LCR Circuit
2:21:06 Power factor
2:22:44 Transformer

Ch8:-
2:25:39 Displacement Current
2:27:16 Characteristics of Waves(Qualitative)
2:28:04 😁😂

Ch9:-
2:30:40 Refraction
2:33:20 Apparent Shift
2:36:23 TIR
2:38:20 Refraction through Spherical Surface
2:41:33 Lens
2:45:15 Prism
2:51:46 Simple Microscope
2:53:50 Compound Microscope
2:56:26 Astronomical Telescope

Ch10:-
2:58:25 Reflection
3:00:00 Refraction
3:02:32 YDSE(Qualitative)

Ch11:-
3:04:54 Einstein's Eq
3:06:09 WaveLength

Ch12:-
3:08:08 Radius of Atom
3:09:45 Energy of Atom

Ch13:-
3:11:45 Binding Energy

Ch14 :- No derivation🥸

[thefuturerocketboyisro]

Awesome Session and Useful session Sachin sir
29:50 Sir I think 2EA = Sigma x A/e0
so, E=sigma /2e0

[baraiyas.official]

Backbenchers watching in March
Backbenchers always create History
That's why they are called Legends

[FFGAMINGPRO]

I feel like my life was a lie I couldn't revise physics in so short time without sir!! ❤

[Kavita_bhambure]

Who are watching this video for 2024 physics board examination attendance lagao🎉i am starting today 2 days before😂😂😂