This document has the physics most important topics type wisew and chapterwise . the document has been created by physics guru ANURAG SIR . AFTER DOING THESE TOPICS , A STUDENT CAN SCORE MORE TAHN 90 % ONLY IN ONE MONTH IN PHYSICS BOARD EXAM .

1. RAM BAAN CAPSULE for CBSE-2017
LAST MINUTE HELP F0R PHYSICS!!!
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Devices:
1. Van – de graff generator
2. Cyclotron
3. Moving coil galvanometer & cc conversion
4. A.C. generator
5. Transformer
6. Compound microscope
7. Simple microscope
8. Refracting type telescope
9. Reflecting type telescope
10. Half – wave rectifier
11. Full – wave Rectifier
12. Zener – diode as a voltage
13. Transistor as a : (i) Common – emitter amplifier (ii) Switch
(iii) Oscillator
14. Production and detection of amplitude modulated wave
15. Nuclear Reactor.
16. Telescope (astronomical infinite & normal adjustment)
17. Ray Diagram of Newtonian & cassagrain Telescope
Experiments:
1. Metre – Bridge → Unknown resistance
2. Potentiometer → (i) To compare emf’s of two cells. (ii) To find
internal resistance of a cell.
3. Coil – Magnet – Faraday’s Experiments.
4. Young
5. Diffraction
6. davisson & germer experiment.
7. Rutherford experiment.
8. Photo – electric experiment.
Application:
1. Gauss’s Law → electric field due to (i) Line charge (ii) Surface
charge (iii) Hollow spherical shell.
2. Biot – Savarts Law → Magnetic field due to carrying circular coil.
3. Ampere’s cricuital------ Law – magnetic field (i) Infinetely long
straight wire (ii) Solenoid (iii) Toroid.
4. Huygen’s principle – Reflection & Refraction of plane Wave front
at a plane surface.
5. Total Internal Reflection of light : (i) Mirage (ii) Optical fiber (iii)
Reflecting prism.
Law / Rules / Theorems:
1. Gauss’s Law.
2. Biot – Savarts Law.
3. Kirchhoff’s Laws.
4. Amperes – circuit Law.
5. Faraday’s Laws.
6. Lenz’s laws.
7. Coulomb’s Law
8. Brewster’s Law.
9. Malus Law.
10. Radio – active decay Law.
11. Quantization Law.
12. Laws of refraction – Snell’s Law.
13. Einstein Photo – electric emission equation.
14. De – Broglie Law.
15. Laws of photo – electric emission.
16. Logic gates.
17. Block diagrams of Comm.
18. Characteristic Curve of diode & transistor.
19. Energy band in semi conductor.
20. B.E. Graph Explanation.
21. Photoelectric Effect.
22. D.N.G. Experiment.
23. T.I.R + Application.
24. Wave front theory.
25. Magnetic effect of earth.
26. Magnetic lines of force.
27. Electric lines of force.
28. Paramagnetic, Ferro magnetic & Diamagnetic with diagram.
Properties:
1. Electric lines of force with diagram.
2. Equipotential surface with diagram.
3. Behaviour of a conductor in an electric field.
4. Para, dia and Ferro magnetic Materials.
5. Alpha, Beta and Gamma rays.
6. Electric charge.
7. Properties of electro – magnetic – waves.
Differences:
1. n – type SC and p – type SC.
2. Intrensic SC and Extrensic SC.
3. Interfrance and diffraction.
4. Terminal P.D and emf of a cell.
5. Para, dia and Ferro magnetic.
6. Electromagnet & permanent magnet.
7. Advantages of reflecting type and telescope over refracting type.
8. Resistance, Reactance & Impedance.
Graphs:
1. Electric field Vs distance and electric potential Vs distance → for
a point charge & electric depole
2. V – I graph of non – Ohmic conductors.
3. V – I graph of metals.
4. Q – V graph of capacitor.
5. V – L graph [potential – meter]
6. Sharpness of resonance [Quality factor].
7. Variation of resistivity with temperature for metals, Semi
conductor and insulator.
8. Photo – electric current Vs Intensity of light.
9. Photo – electric current Vs potential difference.
(a) When frequency is fixed & Intensity is changing.
(b) When Intensity is fixed & frequency is changing.
10. Stopping potential or K.E Vs frequency of light.
11. Binding energy curve.
12. V – I characteristic for Zener diode.
13. V – I characteristics [F.B + R.B] for diode.

2. RAM BAAN CAPSULE for CBSE-2017
LAST MINUTE HELP F0R PHYSICS!!!
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14. Input & output characteristics for transistor (Common –
emitter).
15. Beta – Decay → number of β – particles Vs K.E.
16. Gamma – Decay.
17. Number of atom left vadecayed Vs time.
18. Energy level diagram for H – atom showing spectral series.
19. XL Vs ϒ, XC Vs ϒ, R Vs ϒ, Z Vs ϒ.
20. Intensity distribute curve for: (a) Interference phenomenon (ii)
Difference Phenomenon.
21. Intensity ‘I’ of light through analyser Vs angle of rotation.
22. De – Broglie wavelength ‘λ’ Vs 1/√V, where V is accelerating
potential.
23. Photo electric current Vs Distance of source from metal plate.
24. Stopping potential Vs Distance of source.
25. Angle of deviation Vs Angle of incidence.
Important Definitions:
1. (i)One ampere, (ii) One Coulomb.
2. Magnetic elements of earth.
3. Electro – magnetic induction.
4. Electric flux.
5. Resoling power of microscope & telescope.
6. Temperature coefficient of resistance.
7. Magnetic power.
8. Amplitude modulation.
9. Modulation energy.
Important Diagrams:
1. Electric lines of force.
2. Equi potential surface.
3. Compound microscope.
4. Refracting & reflecting type telescope.
5. Energy band diagrams (n – type, p –type, intrinsic)
6. Circuit diagrams of: (a) Common – enutter amplifier, (b)
Oscillator, (c) switch, (d) Zener diode as a voltage regulator, (e)
Ohm’s law, (f) V – I characteristic of transistor.
7. Van – de graff generator.
8. Huyghen’s principle diagram.
Reasoning Type Question From the important Topics:
1. Behaviour of a conductor in an electric field.
2. Capacitor. [When connected/disconnected from the battery]
3. Draft velocity.
4. Resolving power of microscope.
5. Photo electro effect.
6. Brightness of lamp (inductor + capacitor)
7. Power dissipated in R,L,C.
8. Fringe width (interference + diffraction)
9. Direction of induced current
10. Energy losses in a transformer.
11. Lens’ maker’s formula + power of lens
12. Potentiometer + metre-bridge
13. Resistivity
14. Scattering of light
15. Cyclotron (radius of circular path)
16. Combination of lens
17. Defects of mirrors and lenses.
18. Polarization of light
19. De-Broglie wavelength.
20. Nuclear stability
IMPORTANT NUMERICALS
1. Electric flux
2. Torque acting on a dipole
3. Common potential and loss of energy
4. Superposition principle
5. Kirchhoff’s laws
6. Potentiometer
7. Metre-bridge
8. Radio-activity
9. Critical angle of a prism
10. Combination of lenses
11. Lens-maker’s formula
12. Binding energy
13. Resonance
14. Terminal p-d of a cell
15. Motional emf E=Bvl = ½ Bwl2
.
16. Bohr’s theory
17. Fringe width
18. Magnetic field through a straight wire and through a circular
wire.
19. Force acting on a current carrying coil.
20. Work function of a metal and stopping potential.
DERIVATIONS :
1. Electric field/potential due to electric dipole through axial line
and equatorial line.
2. Torque acting on a dipole in an uniform electric field.
3. Capacitance of a parallel plate capacitor.
4. Relation between a) vd and relaxation time
b) vd and current
c) derivation of ohm’s law
5. energy stored in a capacitor.
6. magnetic field on the axis and centre of the current carrying loop.
7. force acting on a current carrying loop in a magnetic field.
8. conversion of a galvanometer into ammeter and voltmeter.
9. magnetic dipole moment of electron.
10. average value and RMS value of alternating current.
11. Self inductance of a solenoid.
12. Mutual inductance of two coils and various others situation
13. Motional emf due to linear motion , E=Bvl and Rotational motion, E=
1/2Bvl2
.

3. RAM BAAN CAPSULE for CBSE-2017
LAST MINUTE HELP F0R PHYSICS!!!
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15. Alternating current in a
a) resistance only
b) Inductance only
c) Capacitance only
d) LCR series
16. Average power dissipated in R,L and C.
17. Spherical refracting surface through a convex and concave.
18. Lens Maker’s formula
19. Condition of constructive and destructive interference. Fringe width.
20. Diffraction due to single slit.
21. Fringe width of central maxima.
22. Bohr’s theory of H-atom
a) Radius of permitted orbits
b) Energy in permitted orbits.
c) Velocity in permitted orbits.
23. Bohr’s quantization condition from de-Broglie equation.
24. Half-life atom and N=N0 e-λt
.
25. Modulation index.
26. Determination of planck’s constant.
27. Wavelength of electron (de-Broglie wavelength).
28. Magnifying powers a) Microscope
b) Telescope
29. Prism formula.
30. Critical angle.
31. Electrical conductivity of intrinsic semi conductor.
32. Resonance condition.
33. Impedence formula.
34. Balanced condition of wheat-stone bridge.
35. Mass-defect.
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