New

Year 10

AQA

Higher

Measuring and calculating motion

Lessons (12)

Different speeds (v=s/t)

I can describe how to calculate average speed, instantaneous speed and relative speed and estimate the speed of everyday things.

1 Slide deck

1 Worksheet

2 Quizzes

1 Video

Measuring instantaneous speed practical (v=s/t)

I can accurately measure the instantaneous speed of a dynamics trolley.

1 Slide deck

1 Worksheet

2 Quizzes

1 Video

Measuring instantaneous speed analysis (v=s/t)

I can accurately measure the instantaneous speed of a dynamics trolley and analyse patterns in its behaviour.

1 Slide deck

1 Worksheet

2 Quizzes

1 Video

Displacement and velocity as vectors: including movement around a circle

I can represent and calculate the velocity of moving objects.

1 Slide deck

1 Worksheet

2 Quizzes

1 Video

Velocity on displacement-time graphs (v=s/t)

I can sketch accurate displacement-time graphs of different motions.

1 Slide deck

1 Worksheet

2 Quizzes

1 Video

Calculating from displacement-time graphs: including tangents (v=s/t)

I can take readings from displacement-time graphs to find distance, displacement, speed and velocity.

1 Slide deck

1 Worksheet

2 Quizzes

1 Video

Calculating acceleration (a = Δv/t)

I can calculate the acceleration and deceleration of objects.

1 Slide deck

1 Worksheet

2 Quizzes

1 Video

Measuring acceleration practical (v=s/t, a = Δv/t)

I can accurately measure the acceleration of a dynamics trolley.

1 Slide deck

1 Worksheet

2 Quizzes

1 Video

Measuring acceleration analysis (v=s/t, a = Δv/t)

I can explain how to measure acceleration accurately.

1 Slide deck

1 Worksheet

2 Quizzes

1 Video

Velocity-time graphs: acceleration and distance travelled (a = Δv/t)

I can read information from velocity-time graphs and calculate acceleration and distance travelled.

1 Slide deck

1 Worksheet

2 Quizzes

1 Video

Calculating from motion graphs: including displacement (a=Δv/t and v=s/t)

I can take readings from motion graphs to calculate distance, displacement, speed, velocity and acceleration.

1 Slide deck

1 Worksheet

2 Quizzes

1 Video

Motion calculations: including complex ones (a=Δv/t, v²−u²=2as & v=s/t)

I can choose and use different equations to calculate different motions.

1 Slide deck

1 Worksheet

2 Quizzes

1 Video