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

The lessons of this course will explain the concepts and important types of questions from various subtopics which are very important from examination point of view; e.g. it may discuss Doppler effect (and not whole waves) as several questions have been asked from Dopler effect in last years' question papers. The lessons will include several examples (mainly previous years'questions from the same subtopic) to illustrate the concepts tought in them so that students may have a good idea of the whole subtopic.

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NEET UG

Hindi

(Hindi) Important Sub-Topics for 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 discusses the course purpose and plan. Then it teaches"Transistors" and solves few questions which have come from this subtopic in last three neet exams.

Course Plan, Transistors (in Hindi)

The lesson discusses the concepts and important shortcut tricks about logic gates and illustrates those tricks with help of some good examples.

Logic Gates Part 1 (in Hindi)

This lesson discusses rest of the theory of logic gates (continued from previous lesson). Then it solves some more examples including the questions which have asked in previous three neet papers.

Logic Gates Part 2 (in Hindi)

This lesson discusses concepts and calculations related to simple and compound microscopes.

Optical instruments (microscopes)

This lesson discusses about compound microscope (case of final image at near point) and refracting telescope (astronomical).

Optical instruments-2 (refracting telescopes)

This lesson discusses the important concepts and types of numerical problems from telescopes (refracting and reflecting) and resolution by telescopes and microscopes.

Optical instruments-3 (including power of resolution)

This lesson teaches (in a single formula) how to calculate apparent frequency when velocity of source and observer are along the line joining them.

Doppler effect (Basics)

This lesson discusses some little complicated and important cases of Doppler effect and solves several numerical problems (including previous years' questions) from those cases.

Doppler effect (exam important varieties)

This lesson discusses the concepts and brief proofs of location of Maxima and minima in a single slit diffraction. It also explores the case when the wavelength is comparable to slit width.

Diffraction through a single slit

This lesson teaches to calculate different overtones and harmonics of standing waves in organpipes and then solves the questions which have been asked from this subtopic in last few yeras' question papers.

Standing waves in Organpipes

This lesson discusses about water resonance tube, end correction in organ pipes and then standing waves on strings.

Standing waves-2 (including waves on strings)

This lesson teaches the concept of potentiometer and how it can be used to find EMF of an unknown cell. It also solves a few numerical problems in order to illustrate the concepts.

Potentiometers

This lesson discusses the application of potentiometer to measure the internal resistance of a cell and then it also discusses metre bridge in brief.

Potentiometer (to find internal resistance) and meter bridge- lesson 2

This lesson teaches all important mathematical concepts related to radioactivity and illustrates those with the help of some very good examples.

Radioactivity

This lesson discusses firstly the basics of YDSE and solves some questions on those results. Then it discusses the calculation of intensity at Maxima and minima in terms of intensity of point sources.

Young's double slit experiment (lesson 1)

This lesson teaches some trickier concepts of YDSE; e.g. calculation of intensity at random points, shift in fringe pattern after introduction of glass slabs in front of slits and the case when wavelength is comparable to distance between slits.

YDSE (a bit tricky stuff) lesson 2

This is first of two lessons on surface tension. This particular lesson covers case of thin film on a rectangular frame, concept of excess pressure and basics of capillary rise.

Surface tension (force, excess pressure, capillary rise) lesson-1

This lesson discusses the important concepts of capillary rise and surface energy and solves some questions which have asked in NEET papers from these sub-topics.

Surface tension (capillary rise and surface energy)- lesson 2

This lesson discusses the calculation of angle of emergence, minimum angle of deviation and related numerical problems in case of a prism.

Prisms (refraction)

This lesson discusses the concepts related to average angle of deviation, angle of dispersion and dispersive power. Then it talks about recombination of prisms and the conditions for deviation without dispersion and dispersion without deviation.

Prisms (dispersion and combination)

This lesson teaches how to calculate the energy stored and heat lost when some change in made in capacitors.

Enerygy stored and heat lost in capacitors

This lesson teaches how to calculate the lheat lost and final energy stored when two capacitors are separately charged and then connected in parallel.

Heat lost when two capacitors are connected

This lesson teaches how to calculate the speed of different points on a rolling body and to calculate kinetic energy and ratio of translational, rotational and total kinetic energies of the body in pure rolling.

Rolling

This lesson teaches how to solve numerical problems from rolling on inclined plane.

Rolling on an inclined plane

This lesson discusses calculation of field and  potential due to a dipole. Then it also discusses torques acting on a dipole when placed in uniform field and it's stable and unstable equilibrium positions.

Electric and magnetic dipoles-1

This lesson discusses the calculation of potential energy and work needed when an electric or magnetic dipole is placed in uniform electric and magnetic fields respectively.

Dipoles in uniform field (electric and magnetic)

This lesson discusses the concepts of series and parallel combinations and teaches how to calculate equivalent in slightly trickier cases.

Combination of resistors and capacitors

Ravi Sir's unique techniques to uncomplicate Chemistry for NEET aspirants have made him widely popular across the platform.

Ravi Prakash

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

(Hindi) Neet 2018 Question Paper Solved

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Pranav Pundarik

In this course, the educator discusses and solves Basic Mathematics in Physics.

(Hindi) Crack the Code - Basic Mathematics in Physics: Pre-Medical

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

(Hindi) Tricks for Problems in Physics (Exclusive) : Pre-Medical (NEET and AIIMS)

A mentor to 50k+ students- Anmol Sir's contribution to NEET UG is immense. Check out his classes to watch Biology unfold like never before!

Anmol Sharma

In this course, the educator discusses all the questions which are asked in AIPMT 1998. The course will be beneficial for all Pre-Medical Exams.

(Hindi) Past 20 year's AIPMT/NEET Questions: Complete AIPMT 1998

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

Lessons

27 lessons • 6h 5m

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Course Plan, Transistors (in Hindi)

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Logic Gates Part 1 (in Hindi)

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Logic Gates Part 2 (in Hindi)

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Optical instruments (microscopes)

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Optical instruments-2 (refracting telescopes)

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Optical instruments-3 (including power of resolution)

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Doppler effect (Basics)

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Doppler effect (exam important varieties)

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Diffraction through a single slit

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Standing waves in Organpipes

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