Designed for students and aspirants preparing for CBSE exams who need organized study routines without getting lost in YouTube rabbit holes.
No prior paid software or specialized tools required. Start directly with lesson #1 and build conceptual depth at your own pace.
Master all 187 lessons step-by-step, generate personal revision notes, and retain difficult topics through active recall and structured scheduling.
Full index of topics and video runtimes included in this course.
Ex-1 electric charges and field/numericals based on quantization of electric charge q=ne chapter-01
4:08Ex-2 electric charges and field/numericals based on quantization of electric charge q=ne chapter-01
3:26Ex-3 electric charges and field/numericals based on quantization of electric charge q=ne chapter-01
6:09Ex-4 electric charges and field/How much positive and negative charge is there in a cup of water ?
8:09PFP-1 electric charges and filed/numericals based on quantization of electric charge q=ne chapter-01
1:40PFP-2 electric charges and filed/numericals based on quantization of electric charge q=ne chapter-01
2:32PFP-3 electric charges and filed/numericals based on quantization of electric charge q=ne chapter-01
1:23PFP-4 electric charges and filed/numericals based on quantization of electric charge q=ne chapter-01
2:12PFP-5 electric charges and filed/numericals based on quantization of electric charge q=ne chapter-01
3:47PFP-6 electric charges and filed/numericals based on quantization of electric charge q=ne chapter-01
6:50PFP-7 electric charges and filed/numericals based on quantization of electric charge q=ne chapter-01
7:50Ex-5 Electric charges and field numericals based on coulomb's law/ 12th physics numericals
10:13Ex-6 Electric charges and field numericals based on coulomb's law/ 12th physics numericals
10:27Ex-7 Electric charges and field numericals based on coulomb's law/ 12th physics numericals
8:40Ex-8 Electric charges and field numericals based on coulomb's law/ 12th physics numericals
9:56Ex-9 Electric charges and field numericals based on coulomb's law/ 12th physics numericals
14:30Ex-10 Electric charges and field numericals based on coulomb's law/ 12th physics numericals
11:07Ex-11 Electric charges and field numericals based on coulomb's law/ 12th physics numericals
11:00Ex-12 Electric charges and field/Two identical point charges of magnitude Q are kept at a distance r
15:11Ex-9,10,11&12 electric charges and field based on coulomb's law #12thphysics #12thSLARORA
40:21Ex-13&14 electric charges and field from sl arora 12th /#12thphysics #12thSLARORA
30:16Ex-15 &16 electric charges and field based on coulomb's law #12thphysics #12thSLARORA
12:28Ex-17&18 electric charges and field from SL ARORA 12th physics #12thphysics #12thSLARORA
15:51Pfp 1&2 electric charges and field based on coulomb's law /#12thphysics #12thSLARORA
9:13Pfp 3&4 electric charges and field based on coulomb's law /#12thphysics #12thSLARORA
7:58Pfp 5&6 electric charges and field based on coulomb's law /#12thphysics #12thSLARORA
11:04Pfp 7&8 electric charges and field based on coulomb's law /#12thphysics #12thSLARORA
11:19Pfp 9&10 electric charges and field based on coulomb's law /#12thphysics #12thSLARORA
14:15Pfp 11&12 electric charges and field based on coulomb's law /#12thphysics #12thSLARORA
17:53Pfp 13, 14,15 ,16&17 electric charges and field based on coulomb's law #12thphysics #12thSLARORA
25:16Ex-19 electric charges and field: an infinte number of charges each equal to 4uc are placed along x-
9:12Ex-20 electric charges and field:consider three charges q1,q2 and q3 each equal to q at the vertices
9:29Ex-21 electric charges and field: three point charges +q each are kept at the vertices of an equilat
16:56Ex-22 Electric charges and field : Consider the charges q,q and -q placed at the vertices of an eq
11:08Ex-23 Electric charges and field : Charges of +5uC,+10uC are placed in air at the corner A,B and C o
12:24Ex-24 Electric charges and field : Four equal point charges each 16 uC are placed on the four corner
17:52Ex-25 Electric charges and field SL Arora : Three point charges of +2uC -3uC and -3uC are kept at th
18:30Pfp-1 Electric charges and Field SL Arora : Ten positively charged particle kept fixed on the x-axis
9:23Pfp-2 Electric charges and Field SL Arora : Charges q1=1.5mC q2=0.2mC and q3=-0.5mC are placed on th
9:45Pfp-3 Electric charges and Field SL Arora : two equal positive charge each of 2uC interact with a th
11:09Pfp-4 Electric charges and Field SL Arora : Four charges +q,+q,-q, and -q are respectively at the fo
12:04Ex-26 Electric charges and Field numericals based on electric field and force #pa
5:18Ex-27 Electric charges and Field numericals based on electric field and force #pa
7:20Ex-28 Electric charges and Field numericals based on electric field and force #pa
5:39Ex-29 Electric charges and field/ a pendulum of mass 80 milligrams carrying a charge of 2*10^(-8) C
11:39Ex-30 Electric charges and field/An electron moves a distance of 6 cm when accelerated from rest by
7:13Ex-31 Electric charges and field/an electron falls through a distance of 1.5 cm in a uniform electri
11:43Ex-32 Electric charges and field/an electron is liberated from the lower of the two large parallel m
6:47Ex-33 Electric charges and field/a stream of electron moving with a velocity of 3*10^7 m/s is defin
6:31Ex-34 Electric charges and field/an electric field E is set up between the two parallel plates of a
8:01Ex-35 Electric charges and field/a charge particle of charge 2micro c and mass 20 milligrams moving
14:29Pfp-1 Electric charges and field/if an oil of weight 3.2*10^(-13) N is balanced in an electric field
3:12Pfp-2 Electric charges and field/calculate the magnitude of the electric field ,which can just balan
2:38Pfp-3 Electric charges and field/a charge oil drop remains stationary ,when situated between two par
6:39Pfp-4 Electric charges and field/in Millikan's experiment, an oil drop of radius 10^(-4) cm remains
7:36Pfp-5 electric charges and field/a proton falls down through a distance of 2cm in a uniform electric
9:53Pfp-6 electric charges and field/A particle of mass 10 −3 kg and charge 5μC is thrown at a speed 20
6:29Ex-36 Electric Charges and Field/Assuming that the charge on an atom is distributed uniformly in a
5:32Ex-37 Electric Charges and Field/Two point charges of 2.0*10^(-7) C and 1.0*10^(-7) C are 1cm apart
4:26Ex-38 Electric Charges and Field/Two-point charges 4μC and +1μC are separated by a distance of 2m in
5:52Ex-39 Electric Charges and Field/Two point charges of +16μC and −9μC are placed 8 cm apart in air.
9:25Ex-40 Electric Charges and Field/two point charges q1=.2uc and q2=.4uc are placed at distance .1m ap
14:15Ex-41 Electric charges and field SL Arora 12th : two point charges q1and q2 of 10–⁸ C respectively a
22:24Ex-42 electric charges and field : ABCD is a square of side 5m .Charges of +50C, -50C and +50C are p
24:35Ex-43 Electric charges and field : four charges +q,+q,-q,-q are placed respectively at the corners A
12:01Ex-44 Electric charges and field : Two point charges +6q and -8q are placed at the vertices B and C
12:54Pfp-1 Electric charges and Field:an electron is separated from the proton through a distance of 0.53
3:39Pfp-2 electric charges and field : determine the electric field produced by a helium nucleus at a di
2:47Pfp-3 Electric charges and field : two point charges +q and +4q are separated by a distance of 6a
4:48Pfp-4 electric charges and field : Two point charges q1andq2of 2 x 10-8C and- 2 x 10-8C respectively
6:40Pfp-5 electric charges and field: two point charges +q and -2q are placed at the vertices 'B' and 'C
12:24Pfp-6 electric charges and field :find the magnitude and direction of electric field at point P in
7:58Pfp-7 Electric charges and field: three charges each equal to q are placed at three corners of a squ
9:27Pfp-8 electric charges and field : figure 1.54 shows four point charges at the corners of a square o
14:56Ex-45 Electric charges and field : A charged spherical conductor has a surface density of 0.7 c/m^2
9:04Ex-46 Electric charges and field: sixty four drops of radius 0.02 m and each carrying a charge of 5u
8:54Ex-47 Electric charges and field 12th SL Arora: obtain the formula for the electric field due to a l
20:30Ex-48 Electric charges and field SL Arora :a charge is distributed uniformly over a ring of radius a
18:02Ex-49 Electric charges and field SL Arora: a thin semicircular ring of radius a is charged uniformly
14:51Pfp-1 Electric charges and field : A uniformly charged sphere carries a total charge of 2π*10-¹² C I
3:49Pfp-2 Electric charges and field : What charge would be required to electrify a sphere of radius 15c
4:35Pfp-3 Electric charges and field : A metal cube of length 0.1m is charged by 12uC .Calculate its sur
3:03Pfp-4 Electric charges and field : Two equal spheres of water having equal and similar charges coale
6:53Ex-50 electric charges and field numericals based on dipole moment and torque #numericals
3:49Ex-51 electric charges and field numericals based on dipole moment and torque #numericals
5:34Ex-52 electric charges and field numericals based on dipole moment and torque #numericals
4:50Ex-53 electric charges and field numericals based on dipole moment and torque #numericals
9:45Ex-54 electric charges and field numericals based on dipole moment and torque #numericals
8:38Ex-55 electric charges and field numericals based on dipole moment and torque #numericals
11:46Ex-56 electric charges and field numericals based on dipole moment and torque #numericals
10:17PFP-1 electric charges and field numericals based on dipole moment and torque #numericals
2:15PFP-2 electric charges and field numericals based on dipole moment and torque #numericals
2:02PFP-3 electric charges and field numericals based on dipole moment and torque #numericals
4:46PFP-4 electric charges and field numericals based on dipole moment and torque #numericals
3:16PFP-5 electric charges and field numericals based on dipole moment and torque #numericals
3:26PFP-6 electric charges and field numericals based on dipole moment and torque #numericals
8:40PFP-7 electric charges and field numericals based on dipole moment and torque #numericals
7:27Ex-57 Electric charges & field numericals based on gauss theorem and electric flux from SL Arora
4:26Ex-58 Electric charges & field numericals based on gauss theorem and electric flux from SL Arora
8:29Ex-59 Electric charges & field numericals based on gauss theorem and electric flux from SL Arora
10:24Ex-60 Electric charges & field numericals based on gauss theorem and electric flux from SL Arora
1:35Ex-61 Electric charges & field numericals based on gauss theorem and electric flux from SL Arora
4:55Ex-62 Electric charges & field numericals based on gauss theorem and electric flux from SL Arora
18:03Ex-63 electric charges and field numericals based on gauss theorem/The electric field components in
16:15Ex-64 Electric Charges and Field numericals based on Gauss theorem/An electric field is uniform, an
20:47Ex-65 gauss theorem/ you are given a charge +Q at the origin o considered a sphere s with centered 2
20:15Ex-66 electric charges and field numericals based on gauss theorem/five charge lumps of plastic and
6:23Ex-67 electric charges and field numericals based on gauss theorem/S1 and S2 are two concentric sphe
9:54Pfp-1 Electric Charges and Field numericals based on Gauss theorem/if the electric field is given by
3:58Pfp-2 Electric Charges and Field numericals based on Gauss theorem/the electric field in a certain r
3:05Pfp-3 Electric Charges and Field numericals based on Gauss theorem/consider a uniform electric field
5:00Pfp-4 Electric Charges and Field numericals based on Gauss theorem/given a uniform electric field E=
7:27Pfp-5 Electric Charges and Field numericals based on Gauss theorem/ APOINT CHARGE OF 17.7uC is locat
3:37Pfp-6 Electric Charges and Field numericals based on Gauss theorem
2:57Pfp-7 Electric Charges and Field numericals based on Gauss theorem
2:05Pfp-8 gauss theorem's numericals /a hollow cylinder has of length 1m and area of cross-section 25
12:06Pfp-9 based on gauss theorem / the electric field in a region is given by E= E0x/b i^. find charge c
11:03Pfp-10 based on gauss theorem / the electric field component due to a charge inside the cube of side
7:18Pfp-11 based on gauss theorem / a uniform electric field E=Exi^ N/C for x positive and E=-Exi^ for x
7:36Ex-68 application of gauss theorem/two long straight parallel wires carry charges λ1&λ2 per unit len
5:24Ex-69 application of gauss theorem/an electric dipole consist of charges ±2.0×10^(-8)C separated by
11:53Ex-70 application of gauss theorem/(a) an infinitely long positively charged wire has a linear charg
8:26Ex-71 application of gauss theorem/A charge of 17.7×10−4C is distributed uniformly over a large shee
3:03Ex-72 application of gauss theorem/A charged particle having a charge of −2.0×10−6 C is placed clos
4:54Ex-73 application of gauss theorem/A particle of mass 9×10^−5 g is placed on a uniformly charged lon
6:03Ex-74 application of gauss theorem/a large plan sheet of charge having surface charge density 5.0*10
4:42Ex-75 application of gauss theorem/a spherical conductor of radius 12 cm has a charge of 1.6*10^(-7)
8:32Pfp-1 Application of gauss theorem/ an infinite line charge produces a field of 9*10^4 N/C at a dist
2:53Pfp-2 Application of gauss theorem/A cylinder of large length carries a charge of 2×10−8Cm−1 find th
2:10Pfp-3 Application of gauss theorem/a infinite long wire is stretched horizontally 4m above the surfa
3:19Pfp-4 Application of gauss theorem/Two large metal plates each of area 1m2 are placed facing each ot
3:34Pfp-5 Application of gauss theorem/An electron is revolving around a long line charge having charge
4:50Pfp-6 application of gauss theorem/A particle of mass 5×10−6g is kept over a large horizontal sheet
7:35Pfp-7 Electric charges and Field SL Arora : a spherical shell of metal has a radius of 0.25 m and ca
5:30Pfp-7 application of gauss theorem/A thin-walled metal spherical shell has a radius 25.0cm and charg
6:37P-5 very short/electric charges and field/12th physics from SL Arora/a positively charged rod repels
2:25P-6 very short/electric charges and field/12th physics from SL Arora/a positively charged rod attrac
1:46P-7 very short/electric charges and field/12th physics from SL Arora/how does a positively charged g
5:09P-8 very short/electric charges and field/12th physics from SL Arora/can two like charges attract ea
6:05P-9 very short/electric charges and field/12th physics from SL Arora/why do the gramophone records
4:16P-10 very short/electric charges and field/12th physics from SL Arora/an ebonite rod held in hand c
7:13P-11 very short/electric charges and field/12th physics from SL Arora/a positively charged rod attra
5:13P-12 very short/electric charges and field/12th physics from SL Arora/a comb run through
5:11P-13 very short/electric charges and field/12th physics from SL Arora/ ordinary rubber is an insulat
4:12P-14 very short/electric charges and field/12th physics from SL Arora/vehicles carrying inflammable
5:26P-15 very short/electric charges and field/12 physics from SL Arora/ an inflated balloon is charged
5:10P-16 very short/electric charges and field/12th physics from SL Arora/a metal sphere is fixed on a s
3:57P-17 very short/electric charges and field/12th physics from SL Arora/is there some way of producing
2:25P-18 very short/electric charges and field/12th physics from SL Arora/a charged rod attracts bits of
6:19P-19 very short/electric charges and field/12th physics from SL Arora/what does q1+q2 =0 signify is
2:12P-20 very short/electric charges and field/12th physics from SL Arora/name the experiment which est
1:56P-21 very short/electric charges and field/12th physics from SL Arora
3:30P-22 very short/electric charges and field/12th physics from SL Arora
2:32P-23 very short/electric charges and field/12th physics from SL Arora
1:54P-24 very short/electric charges and field/12th physics from SL Arora
1:18P-25 very short/electric charges and field/12th physics from SL Arora
3:12P-26 very short/electric charges and field/12th physics from SL Arora
3:06P-27 very short/electric charges and field /Dielectric constant of water is 80. What is its permitti
3:01P-28 very short/electric charges and field/12th physics from SL Arora
3:05P-29 very short/electric charges and field/12th physics from SL Arora
5:56P-30 very short/electric charges and field/12th physics from SL Arora
1:59P-31 very short/electric charges and field/12th physics from SL Arora
4:02P-32 very short/electric charges and field/12th physics from SL Arora
4:14P-33 very short/electric charges and field/12th physics from SL Arora
2:07P-34 very short/electric charges and field/12th physics from SL Arora
2:23P-35 very short/electric charges and field/12th physics from SL Arora
2:57P-36 very short/electric charges and field/12th physics from SL Arora
3:37P-37 very short/electric charges and field/12th physics from SL Arora
7:09P-38 very short/electric charges and field/12th physics from SL Arora
5:40P-39 very short/electric charges and field/12th physics from SL Arora
4:43P-40 very short/electric charges and field/12th physics from SL Arora
3:02P-41 very short/electric charges and field/12th physics from SL Arora
5:29P-42 very short/electric charges and field/12th physics from SL Arora
3:15P-43 very short/electric charges and field/12th physics from SL Arora
1:57P-44 very short/electric charges and field/12th physics from SL Arora
2:07P-45 very short/electric charges and field/12th physics from SL Arora
2:27P-46 very short/electric charges and field/12th physics from SL Arora
3:59P-47 very short/electric charges and field/12th physics from SL Arora
6:36P-48 very short/electric charges and field/12th physics from SL Arora
3:59P-49 very short/electric charges and field/12th physics from SL Arora
4:47P-50 very short/electric charges and field/12th physics from SL Arora
3:58P-51 very short/electric charges and field/12th physics from SL Arora
2:43P-52 very short/electric charges and field/12th physics from SL Arora
2:27P-53 very short/electric charges and field/12th physics from SL Arora
3:37P-54 very short/electric charges and field/12th physics from SL Arora
2:31P-55 very short/electric charges and field/12th physics from SL Arora
4:05P-56 very short/electric charges and field/12th physics from SL Arora
5:28YouTube is built for entertainment and infinite recommendations. SyncStudy transforms playlists into distraction-free study environments.
No comments section, no recommended sidebar rabbit holes, and no algorithmic rabbit holes pulling you off task.
Write notes that link directly to video timestamps. Click any note anytime to jump straight to that exact explanation.
Mark lectures as complete with one click. Maintain daily streaks and always resume right where you left off.
Ask concept questions to the 24/7 AI tutor and generate chapter-wise practice quizzes directly from video transcripts.
Continue your study path with these recommended courses.
Common questions about studying this course on SyncStudy.
Yes! SyncStudy allows you to convert public YouTube playlists into structured courses and track your progress 100% free with no credit card required.
Every time you finish a lecture, you can mark it complete with one click. Your progress percentage, completed minutes, and streak are updated in real-time across all your devices.
Yes. SyncStudy features built-in timestamped notes. While watching a video, simply type your notes and click save — your notes will link directly to that exact second in the lecture.
SyncStudy automatically monitors the playlist and lets you refresh your syllabus with one click whenever the creator uploads new videos.
Stop getting distracted on YouTube. Start your personalized study schedule and track all 187 lessons today.
