4.2 Time-series graphs To use and interpret a variety of time-series graphs 4.3 Two-way tables To interpret a variety of tables 4.4 Comparing two or more To compare two sets of data sets of data from statistical diagrams 4.5 Statistical investigations To plan a statistical investigation 1 Week 7 Assessment Week 8 Half-term Holiday Week 6 5.1 The formula for the To calculate the circumference 9 10 circumference of a circle of a circle – 5.2 The formula for the area To calculate the area of a circle 3.1:5: Circles of a circle 5.3 Mixed problems To problems involving the circumference and area of a circle 5 5.1 Step graphs To interpret step graphs 5.2 Time graphs To interpret and draw time Week 3.2:5: Applications of graphs 10 11 graphs – 5.3 Exponential growth To interpret and draw graphs exponential growth graphs 6.1 7 Introducing Pythagoras’ To understand Pythagoras’ theorem theorem 6.2 Calculating the length of To calculate the length of the the hypotenuse hypotenuse in a right-angled Week 3.2:6: Pythagoras’ triangle 12 13 theorem 6.3 Calculating the length of To calculate the length of a – shorter side in a right-angled a shorter side triangle To show that a triangle is
4.2 Time-series graphs To use and interpret a variety of time-series graphs 4.3 Two-way tables To interpret a variety of tables 4.4 Comparing two or more sets of data To compare two sets of data from statistical diagrams 4.5 Statistical investigations To plan a statistical investigation Week 7 1 Assessment Week 8 Half-term Holiday Week 9 – 10 6 3.1:5: Circles 5.1 The formula for the circumference of a circle To calculate the circumference of a circle 5.2 The formula for the area of a circle To calculate the area of a circle 5.3 Mixed problems To problems involving the circumference and area of a circle Week 10 – 11 5 3.2:5: Applications of graphs 5.1 Step graphs To interpret step graphs 5.2 Time graphs To interpret and draw time graphs 5.3 Exponential growth graphs To interpret and draw exponential growth graphs Week 12 – 13 7 3.2:6: Pythagoras’ theorem 6.1 Introducing Pythagoras’ theorem To understand Pythagoras’ theorem 6.2 Calculating the length of the hypotenuse To calculate the length of the hypotenuse in a right-angled triangle 6.3 Calculating the length of a shorter side To calculate the length of a shorter side in a right-angled triangle To show that a triangle is
AQA_Foundation_5_year_SoW.docx