Home > A-Level Further Maths > Teaching Order Year 2 > 04: Core Pure - Vectors: Vector Product

F6-01 Vector Product: Introducing a Vector Perpendicular to a and b

F6-02 Vector Product: Calculating the Vector Product

F6-03 Vector Product: Examples of Calculating the Vector Product

F6-04 Vector Product: Linking the Scalar Product and the Vector Product

F6-05 Vector Product: EXTENSION Connecting the Vector Product and sinθ

F6-06 Vector Product: Introducing the Vector Product

F6-07 Vector Product: i, j & k

F6-08 Vector Product: Proving the Vector Product is not commutative

F6-09 Vector Product: Proving Distributivity over Addition

F6-10 Vector Product: Simplifying with i, j & k

F6-11 Vector Product: Find a Unit Vector Perpendicular to a and b

F6-12 Vector Product: Find the Area of the triangle OAB

F6-13 Vector Product: Find the Equation of the Plane containing Three Points

F6-14 Vector Product: The Vector Product Form of a Line

F6-15 Vector Product: Distance from a Point to a Line in 3D Exploration

F6-16 Vector Product: Distance from a Point to a Line in 3D Derivation

F6-17 Vector Product: Distance from a Point to a Line in 3D Example

F6-18 Vector Product: Distance from a Point to a Line in 2D Exploration

F6-19 Vector Product: Distance from a Point to a Line in 2D Derivation

F6-20 Vector Product: Distance from a Point to a Line in 2D Example

F6-21 Vector Product: Distance from a Point to a Plane Exploration

F6-22 Vector Product: Distance from a Point to a Plane Derivation

F6-23 Vector Product: Distance from a Point to a Plane Example

F6-24 Vector Product: Distance Between Parallel Lines Exploration

F6-25 Vector Product: Distance Between Parallel Lines Derivation

F6-26 Vector Product: Distance Between Parallel Lines Example

F6-27 Vector Product: Distance Between Skew Lines Exploration

F6-28 Vector Product: Distance Between Skew Lines Derivation

F6-29 Vector Product: Distance Between Skew Lines Example