(a lovely picture of Atwood machine, this is a Pulley system . Get confident on Pulleys and pulley problems. These mainly have String Tension Force and you have to use Newton’s 2nd law of Motion that defines acceleration. This is described later in this course.)
This course gives a strong foundation to clearly understand Newton’s 3 Laws of Motion , and to apply them in practical problems.
1) 1st Law of motion
2) Inertial and Non-Inertial Frames of Reference
3) 2nd Law of motion
4) 3rd law of motion.
5) ATWOOD Machine and formula for Acceleration (apply Newton’s 2nd Law of Motion)
6) Pulley Systems : having 2 pulleys, 2 Masses, and 2 ropes
7) Block sliding on an Inclined Plane – apply 1st and 2nd Law
8) Normal Reaction – horizontal plane
9) Concept of Action-Reaction pairs
10) Normal Reaction – Inclined plane
11) 3rd law application- Contact forces on a horizontal plane
12) Equation derivation of forces – Block moving on Inclined plane
13) Solved problems
Difference between Interial and Non-Interial Frames
Understanding the concept of “FRAMES of Reference” such as Inertial and Non-Inertial frames is usually difficult but very important. This abstract topic is also covered under the chapter “Rotation” or “Rotational Mechanics”.
Course Features
- Lectures 26
- Quiz 0
- Duration Lifetime access
- Skill level All levels
- Language English
- Students 146
- Certificate No
- Assessments Yes
- 1 Section
- 26 Lessons
- Lifetime
- Newton’s laws of motionNEET Mock Test with solutions at the end of course. Test your scores.26
- 1.1NEET MOCK TEST-1 – 45 questions (Section A,B,C) varying difficulty
- 1.2Newtons 1st Law
- 1.3Newton’s 1st Law- application
- 1.4Newton’s 1st Law application- Car moving at uniform speed on a hilly road
- 1.5Inertial and Non-Inertial Frames
- 1.6Newton’s 2nd Law of motion
- 1.72nd Law – Net Force – when 2 forces are acting
- 1.8Newton’s 2nd Law- another definition
- 1.9Newton’s 2nd Law application- Pulley and System of Masses
- 1.10ATWOOD MACHINE and Acceleration measurement – 1 Pulley, 2 Masses, 1 Rope
- 1.11Moving pulley system – 2 pulleys,2 masses, 2 ropes
- 1.12Newton’s 2nd Law- a system of 1 pulley, 1 rope and 1 sliding Block on a Plane
- 1.13Newton’s 1st & 2nd Law- Inclined Plane
- 1.14A joke on 3rd law…
- 1.15Newton’s 3rd Law of motion , and complexity in interpretation
- 1.16Normal reaction – horizontal plane
- 1.17Action-reaction pairs
- 1.18Normal Reaction – Inclined plane
- 1.193rd Law example – Contact Forces – horizontal plane
- 1.20Forces Derivation – Inclined Plane
- 1.21Rocket and Spacecraft Launch – Newton’s 3rd Law application
- 1.22Newton’s laws of motion – Solved problems -1
- 1.23Newton’s laws of motion – Solved problems -2
- 1.24Newton’s laws of motion – Solved problems -3
- 1.25Newton’s laws of motion – Solved problems -4
- 1.26NEET MOCK TEST -1 – solutions for 45 questions (Section A,B,C) varying difficulty
