• JEE Phase-2 Top Rankers Preparation under the Mentorship of Mr. Monu Bhagat
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JEE Phase-2 Top Rankers Preparation under the Mentorship of Mr. Monu Bhagat

By Mr Monu Bhagat more
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Product Specifications

Publisher Live Tutor All Class 12 Mathematics books by Live Tutor
Author: Mr Monu Bhagat
Subject Physics
No of Classes 30 Days
Available
Available in all digital devices

Hi I am Monu Bhagat, B.Tech From National Institute Of Science and Technology at Berhampur,Orissa.
Having 6+ years of Teaching Experience IIT JEE / NEET Coaching | Ex- Unacademy, Plus Educator , istarteducation /  PREPMEE.
Founder of CBSE Tayari | Best Students Choice Physics / Maths Faculty.

Detail Timing :
Mon - Sat - 05:00 PM  - 06:00 PM

22 Feb 2021 - 27 Feb 2021
01 Mar 2021 - 06 Mar 2021
08 Mar 2021 - 13 Mar 2021
15 Mar 2021 - 22 Mar 2021
 

Topic Which Covered :

Day  Topics  No of Questions (Expected)  Marks
   Electrostatics  3  12
Day 1
to
Day 9   Coloumb's law, Electrostatic Equillibrium + Properties of Charge
Electric field, Questions on constant electric field, Electric field due to uniformly charged Rod, Time period of SHM + Electrostatics, Electric field due to uniformly charged Ring, disc, sheet
Electrostatic potential energy, Question Based on energy conservation and Angular Momentum conservation, Potential energy for a system of charged particles
Electric Potential, Relation between E and V., Potential due to point charge, Rod, Ring, disc, Question Based on Electric field intensity, and Electric Potential, Questions Based on Electric field lines, Equipotential surface
Electric field and electric potential due to electric dipole, Dipole in electric field (Torque, potential energy), Angular SHM for dipole, Force on electric dipole in Non-uniform electric field
Questions Based on electric flux for various configuration, Question on solid angle concept, Gauss law Based Questions
DAY-10  Properties of conductors, Spheres Problem + Electrostatics pressure,Plates
 
   Modern Physics      
Day 11
to
Day 18  Nature of light, Newton's Corpuscular theory, Hugen's wave theory, Maxwell's electromagnetic wave theory ,
Max Planck's quantum theory of light, Debroglie Hypothesis, A. Photoelectric Effect ,Three Major Features of the
Phtoelectric effect cannot be explained in terms of the classical of the wave theory of light,
Threshold frequency and Threshold wavelength, Einstein relation , Experimental Study of Photo Electric Effect , Kinetic Energies of Electrons Reaching Anode, Reversed Potential Across Discharge Tube, Cut of Potential or Stopping Potential, Effect of Change in Frequency of
Light on Stopping Potential,  5  20
Force Due to Radiation (Photon),
De-Broglie Wavelength of Matter Wave, De-Broglie Wavelength For an Electron ,
De-Broglie Wavelength of a Aas Molecule, Atomic Model,
Dalton's atomic model, Thomson's atomic model (or Plumpudding model) ,
Type of line spectrum , Ruthorford's Atomic Model,
Determination of distance of closest approach,
Bohr's Model of an Atom, First Postulate, Second Postulate, Third Postulate,
Properties of Electron in Bohr's, Atomic Model, Excitation and Ionization of an Atom, Spectral Series of Hydrogen Atom ,
Application of nucleus motion on energy of atom, Section D - Atomic Collision, Atomic collision,
Day-19  X–rays product ion, X–Rays, Moseley’s law, X–Ray Properties,
X-Rays, Produced of x-rays by coolidge tube, Variation of Intensity of x-rays with
l is plotted as shown in figure , Moseley's Law,
 
    Geometrical Optics      
Day 20
to
Day 30  Plane Mirror, Properties of Light, Ray Optics, Ray, Beam of Light, Reflection, Law of Reflection ,
Plane Mirror, Image of an extended Linear Object ,
Field of View, Field of View of Extended Linear Objects,
Relation Between Velocity of and Object and Image,
Deviation Produced by a Plane Mirror, Real or Virtual Image/Object,
Rotation of Mirror, Images Formed by Two Plane Mirrors, Images Due to Parallel Plane Mirros,
Locating All the Images Formed by Two Plane Mirrors, Circle Concept, Number of Images Formed
by Two Inclined Mirrors, Number of Images, Minimum Length of the Mirror to See Full Image,  3  12
Mirror formula and Magnification, Spherical Mirror, Some Important Definitions, Rules for Image Formation,
Relation between v,n and R for Spherical Mirrors, Sign Convention, Magnificaion,
Cases for Image Formation by Concave Mirror, Longitudinal Magnifiation,
Cases for Image Formation by Convex Mirror,
Velocity in Spherical Mirror, Velocity of Image, Section D - CUTTING OF MIRRORS,
Cutting of Mirror, Field of View, Section E - Combination of Mirrors,
Intensity of light, Combination of Mirrors, Intensity of Light, Section F - Snell's Law, Apparent depth and,
Normal shift, Refraction through a Glass slab, Lateral shift, Refraction of Light, Laws of Refraction, Plane Rrefraction ,
Apparent Depth and Normal Shift,
Case I : When the Object is in Denser Medium and the Observer is in Rarer medium,
(Near Normal Incidence), Velocity of the Image in Case of Plane Refraction ,
Refraction Through a Glass Slab, Apparent Shift Due to Slab When Object is seen Normally Through the Slab,
Apparent Distance Between Object and Observer When Both are in Different Medium ,
Lateral Shift,
CRITICAL ANGLE AND TOTAL, INTERNAL REFLECTION (T.I.R.):
Critical Angle and Total Internal Reflection (TIR) ,
Condition for TIR, Prism, Graph Between Minimum Deviation and Conditon for Minimum Deviation,
Relation Between Refractive Index and the Angle of Minimum Deviation,
Condition for Prism, Deviation Through a Prism of Small Angle,
DISPERSION OF LIGHT: Dispersion of Light, Dispersive Power, Dispersion Without Average Deviation and Average Deviation Without Dispersion ,
REFRACTION FROM A SPHERICAL SURFACE: Refraction from a Spherical Surface, Velocity of Spherical Reflection, Transverse Magnification,
Lens Maker formula and Magnification, Image formation by convex and concave lens, Combination of lens, Cutting of lens,
Refraction Through Thin Lenses, Lens Maker Formula, Sign Convention (Consider Pole as Origin), Focus,
Rules for Image Formation, Transverse Magnification Converging Lens, Image Formation by a Convex Lens of the Linear Object,
Image Formation by a Concave Lens of a Linear Object,
Velocity of the Image Formed by a Lens, Combination of Lens, Cutting of Lens, Parallel Cutting , Power of lens and Mirror, Silverging of lens, Displacement Method,
Power of a Lens, Power of Mirror, Perpendicular Cutting, Silverging of Lens, Displacement Method, Chromatic Aberration and Achromatism, Optical Instrument + Eye + Luminous Intensity,
Chromatic Aberration and Achromatism, Extra Portion of JEE Main, Optical Instruments, Definition, Types of Instruments,
Microscope, Simple Microscope, Compound Microscope, Telescope, Astronomical Telescope, Terrestrial Telescope ,