I have done B.Tech, IIT Delhi (in Mechanical engineering).
I have been teaching physics to JEE and NEET aspirants for five years. 


Shubham Kumar

This course includes  total180 physics questions from every topic of physics brought to you in a series of several lessons. Every question will have its detailed solution, any possible shortcut trick and mention of possible varieties around it. The questions have been chosen by observing last 5-6 years' pre-medical exam papers and though it doesn't claim to predict exact question for this year, it will indeed provide you a good revision of every important concept and give an idea of your weaknesses, if any so that you may work on those.

This section is a one-stop shop for all Medical aspirants. Be thorough with these powerful courses that will give you the right strategy for preparation, and help you crack any pre-medical exam.

NEET UG

Hindi

(Hindi) 180 Expected Questions in AIIMs/NEET: Physics

Practice Questions

Crash course

Strategy & College Overview

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

Neet - Practice Questions

This lesson tells about the structure and purpose of the course. Then it discusses several important concepts and questions based on dimensions, error calculation and kinematics in 1-D motion.

Exercise-1: units and measurement, motion in 1-D

This lesson discusses important concepts and questions from 2-D motion and kinematics of circular motion.

Exercise-2: Kinematics in 2-D (Including Circular (in Hindi))

This lesson discusses important concepts and numerical problems on Newton's laws of motion, friction and dynamics of circular motion.

Exercise-3: Newton's laws of motion, friction and dynamics of circular motion

This topic deals with different variations in work energy and power including topic of vertical circular motion.

Exercise-4: Work, energy and power

This lesson discusses all important concepts and variations in numerical problems related to location of centre of mass and the motion of centre of mass of a system.

Exercise-5: Location and motion of Centre of Mass

This lesson discusses important concepts and numerical problems related to conservation of linear momentum and head-on collisions.

Exercise-6: Conservation of momentum and Collisions

This lesson discusses concepts used in calculation of moment of inertia and solves a bunch of good examples in in order to illustrate those.

Exercise-7: Moment of Inertia

This lesson discusses some important questions from mechanics of rotational motion; mainly from rotational equilibrium and rotation about a fixed axis. It also tells some really interesting short cut tricks and points the important subtopics of rotational motion from NEET point of view.

Exercise-8: Rotational mechanics-1

This lesson deals with important questions and variations on conservation of angular momentum, kinetic energy, and rolling motion of a body.

Exercise-9: Rotational mechanics-2 (angular momentum and Rolling)

The lesson covers some very important concepts and numerical problems on gravitation. Gravitation is a very crucial topic for NEET as every year, two questions have been asked from this topic and given the syllabus of the topic is small, its worth every serious candidate's attention.

Exercise-10: Gravitation

This lesson discusses important questions on properties of solids including questions on shear modulus, poissons ratio and elastic potential energy.

Exercise-11: properties of solids

This lesson discusses the important subtopics and numerical concepts in fluids.

Exercise:12- Bernaulli's theorom, viscosity and surface tension

This lesson deals with important varieties of numerical problems in thermal expansion of materials and calorimetry.

Exercise-13: thermal expansion and calorimetry

This lesson discusses important questions and concepts from conduction, radiation and Newton's law of cooling which are very important topics from NEET point of view.

Exercise-14: Heat Transfer and Newton's law of cooling

This lesson discusses few questions on kinetic theory of gases and thermodynamic processes. Some more questions on same topic have been discussed in next lesson.

Exercise-15: kinetic theory of gases and thermodynamics (part-1)

This lesson discusses some very important concepts and questions from first law, thermodynamic processes and carnot's engine & refrigeration cycle.

Exercise-16: Thermodynamic processes and carnot's cycle(part-2)

This lesson discusses several important concepts and questions from simple harmonic motions from NEET point of view.

Exercise-17: Simple harmonic motion

This lesson discusses some important numerical problems on equation of waves, speed of transverse waves, superposition, reflection and modes of vibration on strings.

Exercise-18: Waves and Sound (part-1)

This lesson covers important concepts and questions on speed of sound, organpipes, beats and Doppler effect.

Exercise-19: waves (part-2: organpipes, beats, Doppler effect)

This lesson firstly provides an errata of previous 19 lessons then it discusses some important questions on electric field due to point charge, continuous charge distribution and applications of gauss law.

Exercise-20: Electric Field and Gauss' Law

This lesson discusses some important concepts, questions and possible varieties from electric potential, potential energy, dipoles and behaviour of conductors which are all important subtopics for NEET point of view.

Exercise-21: electric potential, potential energy, and conductors

This lesson discusses about important concepts and variations in capacitors. It covers calculation of equivalent capacitance, effect of dielectric, energy stored and amount of heat lost besides other concepts.

Exercise-22: Capacitors

This lesson discusses important numerical problems on basic concepts of current electricity.

Exercise-23: Current, Ohm's law, power dissipation, emf and internal resistance

This lesson discusses basic concepts of ammeter, voltmeter and internal resistance. Then it discusses some numerical problems on letter bridge and most importantly, applications of potentiometers.

Exercise-24: applications of potentiometer, meter bridge and basics of ammeter, voltmeter

This lesson discusses problems based on applications of boot savart's law, ampere's law, force on a current carrying wire, magnetic moment and torque on a current carrying loop and motion of a free charge in presence of electric and magnetic fields.

Exercise-25: Magnetic effects of electric current, motion of free charge in B and E

This lesson discusses important numerical problems on moving coil galvanometer, it's conversion to ammeter and voltmeter and it's sensitivity; earth's magnetism, and electrical analogy of bar magnets.

Exercise-26: Earth'magnetism, moving coil galvanometer, bar magnet

This lesson discusses some important numerical problems on applications of Faraday's law, Lenz's law, Motional EMF and self inductance.

Exercise-27: faraday lenz's law, motional emf, self inductance

This lesson discusses numerical problems on mutual inductance, and cases of R-C circuits and L-R circuits when supplied with DC battery just after closing the switch, after a long time and at any time in between.

Exercise-28: R-C and L-R circuits with dc battery

This lesson discusses important questions on LCR circuits with AC supply, power calculation, resonance, L-C oscillations, transformer and EM waves.

Exercise-29: AC circuits, LC oscillations, Transformer and EM waves

This lesson discusses some important concepts and questions from reflection of light, spherical mirrors, total internal reflection, shift due to glass slabs and formula for thin lenses.

Exercise-30: Ray Optics-1

This lesson discusses some important questions on image formation from spherical surface, lensmaker formula, power, silvering of lens, human eye correction, microscope and telescope.

Exercise-31: Ray Optics-2 (including optical instruments)

This lesson discusses all possible varieties of numerical problems on Young's double slit experiment, a very important topic for NEET which almost ensures one question of the paper.

Exercise-32: Wave Optics (YDSE)

This lesson discusses variety of questions which can be asked from diffraction, polarization, resolution of optical instruments in NEET.

Exercise-33: diffraction, polarization, resolution of optical instruments

This lesson is first of total four lessons on modern physics. It discusses various important concepts and questions on debroglie wavelength, photoelectric effect and radiation pressure.

Exercise-34: Modern physics (lesson-1)

This lesson discusses some important types of questions on Bohr's model for hydrogen like atoms, calculation of the energy of states, and one question on characteristic X-rays.

Exercise-35: modern physics-2

This lesson discusses some important concepts and questions from radioactivity; alpha, beta decays; stability of nuclei and mass energy equivalent.

Exercise:36- Modern physics-3

This lesson discusses some very important concepts, tricks and expected kinds of questions from diodes, Transistors and logic gates. These sub-topics are very crucial for neet as three questions should be asked from this whole chapter. 
Note: the lesson has been remade as the last question of previously uploaded lesson was wrong.

Exercise-37: Diodes, Transistors and Logic gates

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In this course we will discuss the detail solution of 2018 neet paper chemistry part .

(Hindi) Neet 2018 Question Paper Solved

This Course covers Tune in and solve Questions using unique tricks. This Course is beneficial for Pre-Medical (NEET and AIIMS) aspirants.

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In this course we will discusse all the chemistry questions that were present in neet 2016 phase 2 exams.

Lessons

37 lessons • 8h 53m

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Exercise-1: units and measurement, motion in 1-D

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Exercise-2: Kinematics in 2-D (Including Circular (in Hindi))

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Exercise-3: Newton's laws of motion, friction and dynamics of circular motion

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Exercise-4: Work, energy and power

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Exercise-5: Location and motion of Centre of Mass

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Exercise-6: Conservation of momentum and Collisions

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Exercise-7: Moment of Inertia

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Exercise-8: Rotational mechanics-1

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Exercise-9: Rotational mechanics-2 (angular momentum and Rolling)

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Exercise-10: Gravitation

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