passionate for teaching, more than 5years of experience in teaching.

Vishal Kumar

This Course is about covers application based approach on existing concepts. This Course is beneficial for Pre-Medical (NEET and AIIMS) aspirants.

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) Laws of Motion and Applications of it's Principles: Pre-Medical (NEET and AIIMS)

Laws of Motion & Friction

Mechanics

Physics

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

Lesson covers basic concepts of law's of motion and it's applications. Problems have been picked from previous year of NEET.

Working with Newton's 2nd Law for NEET (in Hindi)

Impulse momentum theorem dealt comprehensively focusing application based approach, especially for Medical preparation

Impulse Momentum Theorem (in Hindi)

Apparent weight explained with such an ease.quite helpful for NEET,AIIMS

Apparent Weight (in Hindi)

Tension Force described with such an ease. Quite helpful for NEET students

Tension Force(in Hindi)

Relation between motion of connected bodies has been explained here.

Constraint Motion(in Hindi)

Topic covers momentum and its conservation basics exemplified through application based approach

Conservation of momentum(hindi)

Spring Force explained. NEET problem taken to exemplify the same.

Spring Force in NLM(hindi)

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

Tamanna Chaudhary

The course is going to discuss a very important physical quantity- Power and phenomenon- Collision in the most descriptive way possible.

(Hindi) Power and Collisions for NEET/AIIMS

The course is going to cover the entire chapter of Laws of motion of Class 11th Physics, for pre-medical exams. The course is going to give you the deep insight of each concept as well as practice questions in between with detailed explanation to make you understand the concepts. The course emphasises equally on the theoretical as well as application based knowledge to prepare the students for exams like NEET, JIPMER  and AIIMS.

(Hindi) Laws of Motion: Pre-medical Exams

A third year engineering student from Punjab Engineering College ,chandigarh. I am a physics enthusiast and wants to learn new concepts

Pratyush Kumar Karna

In this course we will understand the laws which govern the motion of any object. we will try to understand Newton's 3 laws and try to apply it in daily life problems

Understanding Newton's Laws of Motion: Pre-Medical Exams

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

This course focuses on practice of questions related to laws of motion, development of FBD's, frictional forces both static and kinetic, motion of a particle in circles or uniform circular motion, work done, power supplied, energy lost or gained and centre of mass.
We will be discussing various problems similar to those that are being asked frequently in competitive exams.

Practice Questions based on Mechanics for Pre-Medical Exam

Bsc 3rd year..4 years of teaching experince,
I am here to solve all your problems related to PCB..Target -NEET&AIIMS 2020

Harshit Rai

In this course educator will tell u about laws of motion and about free body diagram

(Hindi) Newton's Law of Motion : NEET UG

Sutikshna is also known as Er S Mishra. He graduated in Civil Engineering from B.I.T Sindri with first class first degree. 

S Mishra

Course Consists of several mcqs from Circular Motion and these have been fully explained by the educator. These mcqs are very similar to those which have been asked in NEET examination. Several tips, tricks and shortcuts are also included.

Lessons

7 lessons • 1h 19m

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Working with Newton's 2nd Law for NEET (in Hindi)

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Impulse Momentum Theorem (in Hindi)

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Apparent Weight (in Hindi)

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Tension Force(in Hindi)

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Constraint Motion(in Hindi)

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Conservation of momentum(hindi)

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Spring Force in NLM(hindi)