In this chapter, we will be learning about kinematic linear motion.
We will start by understanding displacement, velocity, and acceleration as time functions.
We will also learn about differentiation and integration in kinematic linear motion.
These concepts will help us describe and determine the instantaneous displacement, velocity, and acceleration of a particle.
Additionally, we will learn how to determine the total distance traveled by a particle over a given period of time.
This chapter will also cover various applications of kinematic linear motion.
• Describe and determine instantaneous displacement, instantaneous velocity and instantaneous acceleration of a particle
• Determine the total distance traveled by particle over a given period of time
• Correlate between the displacement function, velocity function and acceleration function
• Determine and interpret the instantaneous velocity of a particle from displacement function
• Determine and interpret instantaneous acceleration of a particle from velocity function and displacement function
• Determine and interpret instantaneous velocity of a particle from acceleration function
• Determine and interpret instantaneous displacement of a particle from velocity function and acceleration function
• Solving kinematic linear motion problems involving differentiation and integration
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