Rating 4.36 out of 5 (7 ratings in Udemy)
What you'll learn- Fundamental quantities in physics and which units you will use to measure them.
- Dimensional analysis and how it saves our lives in physics.
- Steps in the solution of the scientific problem and modeling.
- Algebraic operations about vectors.
- Reference Frames, Coordinate Systems and Displacement
- Average Speed and Average Velocity
- Motion Diagrams
- Instantaneous Velocity
- Acceleration
- Motion with Constant Acceleration
- Galileo and …
Rating 4.36 out of 5 (7 ratings in Udemy)
What you'll learn- Fundamental quantities in physics and which units you will use to measure them.
- Dimensional analysis and how it saves our lives in physics.
- Steps in the solution of the scientific problem and modeling.
- Algebraic operations about vectors.
- Reference Frames, Coordinate Systems and Displacement
- Average Speed and Average Velocity
- Motion Diagrams
- Instantaneous Velocity
- Acceleration
- Motion with Constant Acceleration
- Galileo and Freely Falling Objects
DescriptionSolving a physics and engineering problem starts with modeling.It is almost impossible to obtain accurate information without using the model.However, the research shows that students have very wrong ideas, especially in this regard.We will try to eliminate these misconceptions and introduce you to the scientific method in this lesson. Then, in the second part of this lesson, we will study the topic of vectors that are almost all used in other physics topics. So, I did not underestimate this first unitand explained important technical details.My ultimate goal is to keep your motivation high and to make a right start for your next physics work.
In the third part of this course you will learn;
How toconcepts of displacement and velocity help us describe motion.
The meaning of instantaneous and average velocity.
The meaning of instantaneous and average acceleration.
How to use equations and graphs to solve kinematics problems.
How to solve problems in which an object is a body falling unders the influence of gravity alone.
