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SSC Class 10 · 2027 Boards

Physics
Course Schedule

Daily free lectures on YouTube · Complete syllabus coverage

141 Lectures
12 Chapters
1 Jun Start Date
19 Oct Completion
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Subject: Physics
Board: SSC (Telangana) · Class 10 · 2027
Daily new lecture uploaded at 7 PM
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Ch 1: Reflection Ch 2: Chemical Eq. Ch 3: Acids & Bases Ch 4: Refraction Ch 5: Human Eye Ch 6: Atom Ch 7: Periodic Table Ch 8: Bonding Ch 9: Electric Current Ch 10: Electromagnetism Ch 11: Metallurgy Ch 12: Carbon
1
Reflection of Light at Curved Surfaces
1 Jun – 7 Jun 2026 · 7 Lectures
#TopicDate
011.1 Reflection of light by spherical mirrors01 Jun 2026
021.2 Ray diagrams – Image formation by concave mirror02 Jun 2026
031.3 Ray Diagrams – Image formation by convex mirror03 Jun 2026
041.4 Derivation of mirror formula for spherical mirrors04 Jun 2026
051.5 Sign convention for parameters related to the mirror equation05 Jun 2026
061.6 Magnification (m)06 Jun 2026
071.7 Making of solar cooker07 Jun 2026
2
Chemical Equations
8 Jun – 10 Jun 2026 · 3 Lectures
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08Introduction to Chemical Equations08 Jun 2026
092.1 Chemical Equations09 Jun 2026
102.2 Making Chemical Equations more informative10 Jun 2026
3
Acids, Bases and Salts
11 Jun – 18 Jun 2026 · 8 Lectures
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113.1 Chemical properties of Acids and Bases11 Jun 2026
123.2 Neutralization reaction12 Jun 2026
133.3 Properties of Bases13 Jun 2026
143.4 Do acids produce ions only in aqueous solution?14 Jun 2026
153.5 What do you observe when water is mixed with acid or base?15 Jun 2026
163.6 Strength of acids or bases16 Jun 2026
173.7 Salts17 Jun 2026
183.8 Removing water of crystallisation18 Jun 2026
4
Refraction of Light at Curved Surfaces
19 Jun – 25 Jun 2026 · 7 Lectures
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194.1 Refraction of light at a curved surface19 Jun 2026
204.2 Lenses20 Jun 2026
214.2.1 Focal length of the lens21 Jun 2026
224.2.3 Rules to draw ray diagrams for image formation by lenses22 Jun 2026
234.3 Lens formula23 Jun 2026
244.4 Magnification24 Jun 2026
254.5 Lens maker's formula25 Jun 2026
5
Human Eye and Colourful World
26 Jun – 6 Jul 2026 · 11 Lectures
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265.1 Least distance of distinct vision26 Jun 2026
275.2 Structure of human eye27 Jun 2026
285.3 Defects of Vision28 Jun 2026
295.3.1 Myopia29 Jun 2026
305.3.2 Hypermetropia30 Jun 2026
315.3.3 Presbyopia01 Jul 2026
325.4 Dispersion and Scattering of Light02 Jul 2026
335.4.1 Prism03 Jul 2026
345.4.2 Derivation of formula for refractive index of a prism04 Jul 2026
355.4.3 Dispersion of Light05 Jul 2026
365.4.4 Scattering of Light06 Jul 2026
6
Structure of Atom
7 Jul – 12 Jul 2026 · 6 Lectures
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376.1 Spectrum07 Jul 2026
386.2 Bohr's model of hydrogen atom and its limitations08 Jul 2026
396.3 Bohr-Sommerfeld model of an atom09 Jul 2026
406.4 Quantum mechanical model of an atom10 Jul 2026
416.5 Quantum numbers11 Jul 2026
426.6 Electronic Configuration12 Jul 2026
7
Classification of Elements — The Periodic Table
13 Jul – 28 Jul 2026 · 16 Lectures
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437.1 Need for arrangement of elements in an organised manner13 Jul 2026
447.2 Dobereiner's law of Triads14 Jul 2026
457.3 Newlands' law of Octaves15 Jul 2026
467.4 Mendeleeff's Periodic Table16 Jul 2026
477.5 Modern Periodic Table17 Jul 2026
487.5.1 Positions of elements in the Modern Periodic Table18 Jul 2026
497.5.2 Groups19 Jul 2026
507.5.3 Periods20 Jul 2026
517.5.4 Metals and Non-metals21 Jul 2026
527.5.5 Periodic properties of the elements in the modern table22 Jul 2026
537.6 Properties of elements and their trends in Groups and Periods23 Jul 2026
547.6.2 Atomic radius24 Jul 2026
557.6.3 Ionization Energy or Ionization Potential25 Jul 2026
567.6.4 Electron affinity — Electron gain enthalpy26 Jul 2026
577.6.5 Electronegativity27 Jul 2026
587.6.6 Metallic and Non-Metallic Properties28 Jul 2026
8
Chemical Bonding
29 Jul – 8 Aug 2026 · 11 Lectures
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598.1 Lewis symbols (or) Lewis dot structures29 Jul 2026
608.2 Electronic theory of valence by Lewis and Kossel30 Jul 2026
618.3 Octet rule31 Jul 2026
628.4 Ionic and Covalent bonds01 Aug 2026
638.4.2 Covalent bond02 Aug 2026
648.4.3 Bond lengths and Bond energies of covalent bonds03 Aug 2026
658.5 Draw backs of electronic theory of valence04 Aug 2026
668.6 Valence shell electron pair repulsion theory05 Aug 2026
678.7 Valence bond theory06 Aug 2026
688.8 Valence bond theory — Hybridisation07 Aug 2026
698.9 Properties of ionic and covalent compounds08 Aug 2026
9
Electric Current
9 Aug – 25 Aug 2026 · 17 Lectures
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709.1 Electric current09 Aug 2026
719.2 Potential Difference10 Aug 2026
729.3 Electromotive force (emf)11 Aug 2026
739.4 Ohm's law12 Aug 2026
749.5 Electric shock13 Aug 2026
759.6.1 Temperature and resistance14 Aug 2026
769.6.2 Nature of material and resistance15 Aug 2026
779.6.3 Length of the conductor and resistance16 Aug 2026
789.6.4 Cross-section area and resistance17 Aug 2026
799.7 Electric Circuits18 Aug 2026
809.7.1 Series connection of resistors19 Aug 2026
819.7.2 Parallel Connection of resistors20 Aug 2026
829.8 Kirchhoff's laws21 Aug 2026
839.8.1 Junction Law22 Aug 2026
849.8.2 Loop Law23 Aug 2026
859.9 Electric power24 Aug 2026
869.10 Overload25 Aug 2026
10
Electromagnetism
26 Aug – 10 Sep 2026 · 16 Lectures
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8710.1 Oersted experiment26 Aug 2026
8810.2 Magnetic Field27 Aug 2026
8910.2.1 Lines of magnetic field28 Aug 2026
9010.2.2 Magnetic flux — Magnetic flux density29 Aug 2026
9110.3.1 Magnetic field due to straight wire carrying current30 Aug 2026
9210.3.2 Magnetic field due to circular coil31 Aug 2026
9310.3.3 Magnetic field due to solenoid01 Sep 2026
9410.4 Magnetic Force on Moving Charge and Current Carrying Wire02 Sep 2026
9510.4.1 Electric Motor03 Sep 2026
9610.5 Electromagnetic induction04 Sep 2026
9710.5.1 Faraday's Law05 Sep 2026
9810.5.2 Lenz Law06 Sep 2026
9910.5.3 Derivation of Faraday's Law07 Sep 2026
10010.5.4 Applications of Faraday's law of electromagnetic induction08 Sep 2026
10110.5.5 Magnetic Levitation09 Sep 2026
10210.5.6 Electric Generator and Alternating / Direct Currents10 Sep 2026
11
Principles of Metallurgy
11 Sep – 18 Sep 2026 · 8 Lectures
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10311.1 Occurrence of the metals in nature11 Sep 2026
10411.2 Extraction of metals from the ores12 Sep 2026
10511.2.1 Concentration or Dressing of the ore13 Sep 2026
10611.2.2 Extraction of crude metal from the ore14 Sep 2026
10711.2.3 Purification of the crude metal15 Sep 2026
10811.3 Corrosion16 Sep 2026
10911.3.1 Prevention of corrosion17 Sep 2026
11011.4 A few important processes used in metallurgy18 Sep 2026
12
Carbon and its Compounds
19 Sep – 19 Oct 2026 · 31 Lectures
#TopicDate
111Introduction to Carbon and its Compounds19 Sep 2026
11212.1 Promotion of an electron20 Sep 2026
11312.2 Hybridisation21 Sep 2026
11412.2.1 sp² hybridisation22 Sep 2026
11512.2.2 sp hybridisation23 Sep 2026
11612.3 Allotropes of Carbon24 Sep 2026
11712.4 Versatile nature of carbon25 Sep 2026
11812.4.1 Catenation26 Sep 2026
11912.5 Hydrocarbons27 Sep 2026
12012.5.1 Open and closed chain hydrocarbons28 Sep 2026
12112.5.2 Saturated and unsaturated hydrocarbons29 Sep 2026
12212.6 Binding of carbon with other elements30 Sep 2026
12312.7 Functional groups in carbon compounds01 Oct 2026
12412.8 Isomerism02 Oct 2026
12512.9 Homologous series03 Oct 2026
12612.10 Nomenclature of organic compounds04 Oct 2026
12712.11 Nomenclature — Rules05 Oct 2026
12812.12 How to draw structure of a compound06 Oct 2026
12912.13 Chemical properties of carbon compounds07 Oct 2026
13012.13.1 Combustion reactions08 Oct 2026
13112.13.2 Oxidation reactions09 Oct 2026
13212.13.3 Addition reactions10 Oct 2026
13312.13.4 Substitution reactions11 Oct 2026
13412.14 Some important carbon compounds12 Oct 2026
13512.14.1 Ethanol (Ethyl alcohol)13 Oct 2026
13612.14.2 Ethanoic acid (Acetic acid / CH₃COOH)14 Oct 2026
137Esterification Reactions15 Oct 2026
13812.15 Soaps — Saponification and Micelles16 Oct 2026
1395.1 Saponification reaction17 Oct 2026
14012.15.2 Micelle18 Oct 2026
14112.15.3 Cleansing action of soap19 Oct 2026