Derivation of the equations of linear motion

-

Derivation of the equations of linear motion

· Motion under gravity
· Calculations using these equations

By the end of this lesson, students should be able to:
• State and derive the equations of linear motion
• Calculate simple problems relating to kinematics of bodies on a straight line.
• Use the equation of linear motion to solve problems on vertical and horizontal throw and fall of bodies.

Comments

Post a Comment

Popular posts from this blog

Physical Quantities and Measurement

-
Image
Let's talk about physical quantities and what it takes to measure them! Physical Quantities and their classifications Fundamental and derived quantities  Measurement of length, mass, weight, time and electric charge Dimensional analysis By the end of this lesson, students should be able to : Explain what is meant by a unit of measurement Discuss the significance of units in physical measurements State the different systems of measurement in physics List the Fundamental Units Distinguish between fundamental and derived quantities Distinguish between a fundamental unit and a derived unit Determine the dimension of at least 5 physical quantities  Determine the units of a physical quaintly given the dimensions
Read more

Concept of Position, distance, displacement, speed, and velocity

-
Image
Position, distance, displacement, speed, velocity • Distance time graph At the end of this lesson,  the students should be able to: • Distinguish between distance and displacement in a translational motion • Distinguish between speed and velocity • Plot a distance-time graph and deduce the speed of motion from the gradient or slope of the graph • Determine speed and velocity when simple problems are set involving distance or displacement and time
Read more