Acceleration is the measure of how quickly an object changes its speed over a period of time. We will explore the concept of acceleration, discovering how to compute it and recognizing its importance in explaining movement. By using practical examples and interactive demonstrations, you will easily comprehend the concept of acceleration.  Kinematic equations are mathematical tools that aid in the analysis of object motion. We will study various essential equations that depict the connections between displacement, speed, acceleration, and time. These equations will equip you to solve a range of motion-related problems, from straightforward to intricate scenarios.  Free fall happens when an object moves solely under the influence of gravity, without any other forces at play. We will investigate the movement of objects in free fall and examine how gravity-induced acceleration impacts their speed and displacement. By grasping the fundamentals of free fall, you will accurately predict the movement of objects descending near the Earth's surface.  Throughout the program, we will stress the significance of practical applications and real-life instances to help you better understand the concepts. By the conclusion of this course, you will possess a strong comprehension of acceleration, kinematic equations, and free fall, enabling you to confidently analyze and resolve motion-related problems. Prepare to immerse yourself in the captivating realm of physics and motion!

What you'll learn

Understanding the concept of acceleration and how it relates to changes in velocity

Applying mathematical formulas to calculate acceleration accurately

Understanding the fundamental principles of free fall and its significance in physics

Analyzing real-world examples of free fall phenomena, from skydiving to dropping objects

Developing problem-solving skills to overcome challenges in acceleration and free fall scenarios

Applying kinematic equations to solve real-life problems.

Requirements

No prerequisites needed for this course.

Description

Acceleration is the rate at which an object changes its velocity over time. We will delve into the concept of acceleration, learning how to calculate it and understanding its significance in describing motion. Through real-life examples and interactive demonstrations, you will grasp the concept of acceleration easily.Kinematic equations are mathematical tools that help us analyze the motion of objects. We will learn several key equations that describe the relationships between displacement, velocity, acceleration, and time. These equations will enable you to solve various problems related to motion, from simple to complex scenarios.Free fall occurs when an object moves under the influence of gravity alone, without any other forces acting on it. We will examine the motion of objects in free fall and study how acceleration due to gravity affects their velocity and displacement. By understanding the principles of free fall, you will be able to predict the motion of objects falling near the Earth's surface accurately.Throughout the course, we will emphasize the importance of practical applications and real-world examples to help you relate to the concepts better. By the end of this course, you will have a solid understanding of acceleration, kinematic equations, and free fall, empowering you to analyze and solve problems related to motion confidently. Get ready to dive into the exciting world of physics and motion!

Overview

Section 1: Acceleration

Lecture 1 Introduction

Lecture 2 Define acceleration in terms of change of velocity.

Lecture 3 Velocity vs time graphs

Section 2: Kinematic equations

Lecture 4 Introducing kinematic equations.

Section 3: Free-fall

Lecture 5 Defining and understanding free-fall.

Section 4: Problem-solving and notes

Lecture 6 Problem-solving and notes.

Grade 11, 12 students.,College and university students. (PHY 101) (PHY I)