To be able to plot and interpret coordinates in 3 dimensions.
To be able to draw plans and elevations of a 3D shape.
To be able to determine a 3D shape from plans and elevations.
To calculate the volume and surface areas of cylinders, spheres, cones and frustums.
To solve problems involving cylinders, spheres, cones.
To calculate the volume and surface area of compound three dimensional shapes.
To revise Pythagoras' theorem.
To understand the sine, cosine and tangent ratios and be able to use them to find missing angles and lengths on a right angle triangle.
To understand how to use 3 figure bearings.
To understand how to find points on a map using a scale and bearings.
To understand and use the formula to find arc length and sector area.
To understand how to find the area of a circle using sine.
To be able to find the area of segments by combining sector areas with areas of a triangle using sine.
To understand what properties of a shape allow for it to tessellate.
To understand how to perform and determine an enlargement with fractional and negative scale factors.
To be able to use bearings with trigonometry.
To be able to use the equation y =m x + c to solve a range of coordinate geometry problems algebraically.
To understand parallel lines, identify them and determine them.
To understand perpendicular lines, identify them and determine them.
To identify similar shapes and prove they are similar.
To be able to find missing sides on similar shapes by using a scale factor.
To understand how scale factor changes from length, to area to volume.
To be able to find missing lengths, surface areas and capacities of similar shapes.