I am an articulate, highly experienced Physics teacher who is able to communicate effectively with students from various backgrounds.

Rohit Dewan

This course develops an understanding of acceleration and helps a student to develop graphical as well as calculus based approach to solve problems based on uniform as well as non-uniform accleration.

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

English

Accelerated Motion in a Straight Line: Pre-Medical

Motion in a Straight Line

Mechanics

Physics

IITJEE, NEET UG and Foundation

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Test Preparation

This lesson introduces the concept of average and instantaneous acceleration. It also explains the meaning of retardation and distinguishes it from negative acceleration. It illustrates basic questions to lay a foundation for problem solving.

Average and Instantaneous Acceleration

This lecture derives very useful results for uniformly accelerated motion.
It also illustrates some basic level questions so that students may learn how to apply the formulae for uniformly accelerated motion while solving problems.

Derive Formulae for Uniformly Accelerated Motion and Solve Problems

This lesson illustrates application based problems on uniformly accelerated motion. It aims at developing the problem solving ability and also uses graphs to solve problems.

Develop Problem Solving Ability on Uniformly Accelerated Motion

This lecture uses calculus and graphs to solve problems based on non uniformly accelerated motion.
It uses chain rule to relate acceleration with velocity and illustrates some real good questions on the topic.

Non Uniformly Accelerated Motion

This lesson illustrates some skill based problems to develop the problem solving ability for exams like AIIMS.
It uses graphs and idea of slope extensively to deal with problems of accelerated motion.

Skill-based Problems on Velocity and Acceleration

NEET Physics Expert since 9 years
- Mentored multiple <100 AIR students
- Most followed NEET UG Educator on Unacademy

Tamanna Chaudhary

The course covers the entire concept of projectile motion. It includes the projectile thrown horizontally as well as at a certain angle. Important points are also given exclusively to facilitate the viewers with better and deep understanding of the concept. The course also includes important types of question on projectile motion, that once solved will benifit the student with the knowledge of application of the given concept.

(Hindi) Projectile Motion: Pre-Medical Exams

The course includes two parts. First part (1-40 questions) includes questions on Motion in a straight line and Second part (41-60 questions) includes questions on Motion in a Plane (Projectile motion is not included in this course as question's on it are already given in another course: Projectile Motion- Pre Medical Examinations)

(Hindi) Kinematics: 60 Important MCQs for NEET

The course in going to discuss 30 important MCQs on motion in a straight line to give students an idea of the level of questions asked in the exam as well as how to attempt it.

(Hindi) Practice Course on Motion in a Straight Line - NEET

M.Tech, IIT(ISM) Dhanbad
3Yrs Exp
Potential & Concept Educations,GHY
Career Care,BGR
Founder-SunriseTutorial,GHY
Youtube: Tapadar's Physics

Khairul Alom Tapadar

Its not a conventional course but it is a catalyst which will help every student to crack Premedical Exams like NEET, JIPMER, AIIMS etc. It will cover the whole syllabus of NEET 2019 as well as AIIMS 2019. In this course will learn concepts and applications of these concepts in Numerical Problems. Here will study the 1st step to Mechanics "Motion in a Straight Line".

(Hindi)TARGET 2K19: Motion In a Straight Line

Have taught Physics to students at Ambition Pre-Medical Institute to help them crack NEET/AIIMS. Worked in toppr and solved doubts with 97%.

Kushagra Tiwari

It is focussed on mainly practicing questions that are frequently asked in the pre medical examinations.
The course will be discussing the approach towards a question.
We will be practicing use of graphs, equations of motion and basic differential and integral relationship between position , velocity and acceleration.

Problems based on Kinematics (1D - 2D Motion)

The course is divided into two major parts - the first part includes topics on vectors like introduction to scalars and vectors, representation of a vector, different types of vectors, zero vector and it's properties, Vector addition (triangle and parallelogram law of vector addition), base vectors, scalar and vector product. The other part of the course includes the basic mathematical tools that should be practiced like trigonometry,  types of graphs, maxima and minima differential calculus and integral calculus.

Lessons

5 lessons • 1h 10m

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Average and Instantaneous Acceleration

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Derive Formulae for Uniformly Accelerated Motion and Solve Problems

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Develop Problem Solving Ability on Uniformly Accelerated Motion

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Non Uniformly Accelerated Motion

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Skill-based Problems on Velocity and Acceleration