Unit Learning Targets:
1.8 I can draw free body diagrams showing all the forces acting on an object.
1.9 I can calculate the weight, force of gravity or mass of an object.
1.10 I can explain how fiction acts on an object and provide a method of reducing friction.
1.11 I can explain the relationship between friction and energy
1.12 I can calculate the net forces acting on an object at rest and in motion.
1.13 I can apply Newton’s 1st law of motion to explain the motion of an object.
1.14 I can calculate force (F), mass (m) and acceleration (a) using Newton’s 2nd Law of motion.
1.15 I can apply Newton's 3 Laws of Motion to explain and calculate the effects of forces on motion.
1.15 I can calculate momentum (p), mass (m) and velocity (v) of an object.
1.16 I can apply Newton's Law of Universal Gravitation to describe and calculate the gravitational force between two objects.
1.8 I can draw free body diagrams showing all the forces acting on an object.
1.9 I can calculate the weight, force of gravity or mass of an object.
1.10 I can explain how fiction acts on an object and provide a method of reducing friction.
1.11 I can explain the relationship between friction and energy
1.12 I can calculate the net forces acting on an object at rest and in motion.
1.13 I can apply Newton’s 1st law of motion to explain the motion of an object.
1.14 I can calculate force (F), mass (m) and acceleration (a) using Newton’s 2nd Law of motion.
1.15 I can apply Newton's 3 Laws of Motion to explain and calculate the effects of forces on motion.
1.15 I can calculate momentum (p), mass (m) and velocity (v) of an object.
1.16 I can apply Newton's Law of Universal Gravitation to describe and calculate the gravitational force between two objects.