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Application of Kinematics of Linear Motion

8.4 Application of Kinematics of Linear Motion
 
The image illustrates real-life applications of kinematics of linear motion. It features a central text box with the title 'REAL LIFE APPLICATIONS OF KINEMATICS OF LINEAR MOTION' and the logo 'Pandai' at the bottom. Three arrows point to different examples: 'Driving a Car' with an image of a car, 'Playing Sports' with an image of a running person, and 'Elevator Motion' with an image of people in an elevator.
 
Solve the Kinematic Problem of Linear Motion Involving Differentiation and Integration
  • With this knowledge and application skills, many problems involving linear motion can be solved.

  • The relationship between displacement, \(s\), velocity, \(v\) and acceleration, \(a\) for an object that moves linearly is as follows:

1. A visual representation illustrating the concept of differentiation through integration in calculus, showcasing mathematical functions.
 
The views expressed in the notes here are those of the contributor and don’t necessarily represent the views of Pandai.

Application of Kinematics of Linear Motion

8.4 Application of Kinematics of Linear Motion
 
The image illustrates real-life applications of kinematics of linear motion. It features a central text box with the title 'REAL LIFE APPLICATIONS OF KINEMATICS OF LINEAR MOTION' and the logo 'Pandai' at the bottom. Three arrows point to different examples: 'Driving a Car' with an image of a car, 'Playing Sports' with an image of a running person, and 'Elevator Motion' with an image of people in an elevator.
 
Solve the Kinematic Problem of Linear Motion Involving Differentiation and Integration
  • With this knowledge and application skills, many problems involving linear motion can be solved.

  • The relationship between displacement, \(s\), velocity, \(v\) and acceleration, \(a\) for an object that moves linearly is as follows:

1. A visual representation illustrating the concept of differentiation through integration in calculus, showcasing mathematical functions.
 
The views expressed in the notes here are those of the contributor and don’t necessarily represent the views of Pandai.
Chapter : Kinematic Linear Motion
Topic : Application of Kinematic Linear Motion
Form 5 Additional Mathematics
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