2.1 Kinematics - Equations of Linear Motion (Theory Session)
Equations of linear motion motion 2.1 Kinematics - Equations of Linear Motion (Short Question)
Uses equations of motion for constant acceleration to describe and predict the motion of an object along a straight path on a horizontal plane. 2.1 Kinematics - Equations of Linear Motion (Past Paper MCQs)
Uses equations of motion for constant acceleration to describe and predict the
motion of an object along a straight path on a horizontal plane. 2.1 Kinematics - Graphs of Motion (Theory)
Uses graphs of displacement vs. time and velocity vs. time to calculate displacement, velocity and acceleration as appropriate.
Derives equations of motion using v-t graph. 2.1 Kinematics - Graphs of Motion (Short Questions))
Uses graphs of displacement vs. time and velocity vs. time to calculate displacement, velocity and acceleration as appropriate.
Derives equations of motion using v-t graph. 2.1 Kinematics - Graphs of Motion (Past Paper MCQs)
Uses graphs of displacement vs. time and velocity vs. time to calculate displacement, velocity and acceleration as appropriate.
Derives equations of motion using v-t graph. 2.1 Kinematics - Relative Motion (Theory)
Calculates the velocity of an object relative to another object moving at constant velocity on parallel paths in the same direction and in opposite directions. 2.1 Kinematics - Relative Motion (Short Questions)
Calculates the velocity of an object relative to another object moving at constant velocity on parallel paths in the same direction and in opposite directions. 2.1 Kinematics - Relative Motion (Short Questions)
Calculates the velocity of an object relative to another object moving at constant velocity on parallel paths in the same direction and in opposite directions. 2.1 Kinematics - Free Fall (Theory)
Describes free fall under gravity. Calculates the position and velocity of a free fall. Give examples for the applications related to free fall.

Represents the motion of an object graphically
Describes the motion of an object of free fall using graph of motion.

Carries out numerical calculations to solve problems using graphs and equations of motion. 2.1 Kinematics - Free Fall (Short Question)
Describes vertical and horizontal motion of a projectile under gravity. Calculates the position and velocity of a projectile. Give examples for the applications related to projectiles. Represents the motion of an object graphically.
Describes the motion of an object using graph of motion. Carries out numerical calculations to solve problems using graphs and equations of motion. 2.1 Kinematics - Horizontal Projectile (Theory)
Describes vertical and horizontal motion of a projectile under gravity. Calculates the position and velocity of a projectile. Give examples for the applications related to projectiles. Represents the motion of an object graphically.
Describes the motion of an object using graph of motion. Carries out numerical calculations to solve problems using graphs and equations of motion. 2.1 Kinematics - Horizontal Projectiles (Short Questions)
Describes vertical and horizontal motion of a projectile under gravity. Calculates the position and velocity of a projectile. Give examples for the applications related to projectiles. Represents the motion of an object graphically.
Describes the motion of an object using graph of motion. Carries out numerical calculations to solve problems using graphs and equations of motion. 2.1 Kinematics - Vertical Upward Projectile (Theory)
Describes vertical and horizontal motion of a projectile under gravity. Calculates the position and velocity of a projectile. Give examples for the applications related to projectiles. Represents the motion of an object graphically.
Describes the motion of an object using graph of motion. Carries out numerical calculations to solve problems using graphs and equations of motion. 2.1 Kinematics - Vertical Upward Projectile (Short Questions)
Describes vertical and horizontal motion of a projectile under gravity. Calculates the position and velocity of a projectile. Give examples for the applications related to projectiles. Represents the motion of an object graphically.
Describes the motion of an object using graph of motion. Carries out numerical calculations to solve problems using graphs and equations of motion. 2.1 Kinematics - Inclined Projectiles (Theory)
Describes vertical and horizontal motion of a projectile under gravity. Calculates the position and velocity of a projectile. Give examples for the applications related to projectiles. Represents the motion of an object graphically.
Describes the motion of an object using graph of motion. Carries out numerical calculations to solve problems using graphs and equations of motion. 2.1 Kinematics - Inclined Projectiles (Short Questions)
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