Physics I – Istinye Universities- Fall 2023/2024

About Course

Physics I (Mechanics) for Engineering Students at Istinye University.

The problems and quizzes were covered thoughtfully, so there are a plenty of problems to enhance the recognition.

The Course includes 9 Chapters

Introduction [Measurements, Conversion of Units and Dimensional Analysis]
Vectors
Kinematics [One dimension and Two Dimensions ]
Dynamics [Newton`s Law of Motion]
Applications of Dynamics [Friction Force, Circular Motion]
Work and Energy
Conservation of Energy
Linear Momentum
Rotational Motion

The Main Reference is the Book of “Physics for Scientists and Engineers with Modern Physics ” 4th Edition, Douglas C. Giancoli

Studying mechanics in the physics syllabus is essential for students as it lays the foundation for understanding various physical phenomena and principles. Here are the key concepts and skills students should learn from studying mechanics:
1) Fundamental Concepts of Motion and Forces
2) Applications of Mechanics in Real Life
3) Problem-Solving Skills
4) Understanding of Conservation Laws
5) Interdisciplinary Connections
6) Preparation for Advanced Studies

Course Content

Ch.1 Introduction (Physics and Measurements) and Vectors
It covers several foundational concepts essential for understanding physics such as: 1) Fundamental Quantities and Units 2) Measurement Techniques 3) Significant Figures 4) Measurement Errors 5) Dimensional Analysis 6) Unit Conversions 7) Scientific and Engineering Notations

Part 1

01:53:41
Part 2

02:22:00
Part 3- Vectors

02:10:00

Ch.2. Kinematics (Motion in One Dimension)

Ch.3. Kinematics (Motion in Two Dimensions)

Ch.4. Dynamics (Newton’s Law of Motion)

Ch.5. Applications of Dynamics
1) Friction Force 2) Uniform Circular Motion

Ch.7. Work and Energy
1) Scalar Product of Two Vectors 2) Work Done by a Constant Force 3) Work Done by a Varying Force 4) Work Energy Principle

Ch.8. Conservation of Energy
1) Conservative and Non-conservative forces 2) Potential Energy 3) Conservation of Mechanical Energy 4) Conservation of Energy 5) Power

Ch.9. Linear Momentum
1) Linear Momentum and Impulse 2) Conservation of Linear Momentum 3) Collisions 4) Center of Mass and Its Motion

Ch.10. Rotational Motion
The beginning of the video and PDF is related to the previous lecture so skip it and continue. 1) Kinematics of Rotational Motion 2) Dynamics of Rotational Motion 3) Rotational Kinetic Energy and Conservation of 4) Mechanical Energy/Energy 5) Rolling without Slipping

Student Ratings & Reviews

No Review Yet

Physics I – Istinye Universities- Fall 2023/2024

About Course

What Will You Learn?

Course Content

Part 1

Part 2

Part 3- Vectors

Ch.2. Kinematics (Motion in One Dimension)

Motion in One Dimension – Part 1

Motion in one Dimension – Part 2- Solving Problems

Motion in One Dimension – Part 3- Vertical Projectile Motion

Ch.3. Kinematics (Motion in Two Dimensions)

Motion in Two Dimension

Part 2

Ch.4. Dynamics (Newton’s Law of Motion)

Newton`s Law of Motion

Ch.5. Applications of Dynamics
1) Friction Force 2) Uniform Circular Motion

Application of Dynamics

Ch.7. Work and Energy
1) Scalar Product of Two Vectors 2) Work Done by a Constant Force 3) Work Done by a Varying Force 4) Work Energy Principle

Work and Energy

Ch.8. Conservation of Energy
1) Conservative and Non-conservative forces 2) Potential Energy 3) Conservation of Mechanical Energy 4) Conservation of Energy 5) Power

Conservation of Energy

Cont. + Problems Solving

Ch.9. Linear Momentum
1) Linear Momentum and Impulse 2) Conservation of Linear Momentum 3) Collisions 4) Center of Mass and Its Motion

Linear Momentum and Impulse

Cont. of

Ch.10. Rotational Motion
The beginning of the video and PDF is related to the previous lecture so skip it and continue. 1) Kinematics of Rotational Motion 2) Dynamics of Rotational Motion 3) Rotational Kinetic Energy and Conservation of 4) Mechanical Energy/Energy 5) Rolling without Slipping

Rotational Motion

About Course

What Will You Learn?

Course Content

Part 1

Part 2

Part 3- Vectors

Ch.2. Kinematics (Motion in One Dimension)

Motion in One Dimension – Part 1

Motion in one Dimension – Part 2- Solving Problems

Motion in One Dimension – Part 3- Vertical Projectile Motion

Ch.3. Kinematics (Motion in Two Dimensions)

Motion in Two Dimension

Part 2

Ch.4. Dynamics (Newton’s Law of Motion)

Newton`s Law of Motion

Ch.5. Applications of Dynamics 1) Friction Force 2) Uniform Circular Motion

Application of Dynamics

Ch.7. Work and Energy 1) Scalar Product of Two Vectors 2) Work Done by a Constant Force 3) Work Done by a Varying Force 4) Work Energy Principle

Work and Energy

Ch.8. Conservation of Energy 1) Conservative and Non-conservative forces 2) Potential Energy 3) Conservation of Mechanical Energy 4) Conservation of Energy 5) Power

Conservation of Energy

Cont. + Problems Solving

Ch.9. Linear Momentum 1) Linear Momentum and Impulse 2) Conservation of Linear Momentum 3) Collisions 4) Center of Mass and Its Motion

Linear Momentum and Impulse

Cont. of

Ch.10. Rotational Motion The beginning of the video and PDF is related to the previous lecture so skip it and continue. 1) Kinematics of Rotational Motion 2) Dynamics of Rotational Motion 3) Rotational Kinetic Energy and Conservation of 4) Mechanical Energy/Energy 5) Rolling without Slipping

Rotational Motion

Student Ratings & Reviews

Ch.5. Applications of Dynamics
1) Friction Force 2) Uniform Circular Motion

Ch.7. Work and Energy
1) Scalar Product of Two Vectors 2) Work Done by a Constant Force 3) Work Done by a Varying Force 4) Work Energy Principle

Ch.8. Conservation of Energy
1) Conservative and Non-conservative forces 2) Potential Energy 3) Conservation of Mechanical Energy 4) Conservation of Energy 5) Power

Ch.9. Linear Momentum
1) Linear Momentum and Impulse 2) Conservation of Linear Momentum 3) Collisions 4) Center of Mass and Its Motion

Ch.10. Rotational Motion
The beginning of the video and PDF is related to the previous lecture so skip it and continue. 1) Kinematics of Rotational Motion 2) Dynamics of Rotational Motion 3) Rotational Kinetic Energy and Conservation of 4) Mechanical Energy/Energy 5) Rolling without Slipping