Канал: MathsInChunks

4.3 - Equation of a plane

4.3 - Equation of a plane

4.4 - Distance from a point to a line

4.4 - Distance from a point to a line

4.1 - What is a plane (informal)

4.1 - What is a plane (informal)

4.2 - what is a plane (formal)

4.2 - what is a plane (formal)

3.2 - Scalar product as co-ordinates

3.2 - Scalar product as co-ordinates

Geometry - 2.4 equation of a line

Geometry - 2.4 equation of a line

Geometry - 2.1 - Cartesian Vector Co-ordinates (Intro)

Geometry - 2.1 - Cartesian Vector Co-ordinates (Intro)

Geometry - 2.2 - vector co-ordinates scalar multiplication and addition

Geometry - 2.2 - vector co-ordinates scalar multiplication and addition

Geometry - 2.3 - Unit Vector

Geometry - 2.3 - Unit Vector

Geometry 1.8 properties of vector addition (continued)

Geometry 1.8 properties of vector addition (continued)

Geometry - 1.5 - Parralelogram

Geometry - 1.5 - Parralelogram

Geometry 1.10 Scalar Multiplication

Geometry 1.10 Scalar Multiplication

Geometry - 1.7 - Triangle rule

Geometry - 1.7 - Triangle rule

Geometry - 1.2 Free Vectors

Geometry - 1.2 Free Vectors

Geometry - 1.12 - Position Vector

Geometry - 1.12 - Position Vector

Geometry - 1.1 - Bound Vectors

Geometry - 1.1 - Bound Vectors

Geometry - 1.4 - Vector Negation

Geometry - 1.4 - Vector Negation

Geometry - 1.9 - Vector Subtraction

Geometry - 1.9 - Vector Subtraction

Geometry - 1.6 Vector Addition

Geometry - 1.6 Vector Addition

Geometry - 1.3 - Zero Vector

Geometry - 1.3 - Zero Vector

Introduction to algebra - variables, terms, expressions 1.1

Introduction to algebra - variables, terms, expressions 1.1

Introduction to set theory - operation on sets: symmetric difference

Introduction to set theory - operation on sets: symmetric difference

Introduction to set theory - operation on sets; difference (relative complement)

Introduction to set theory - operation on sets; difference (relative complement)

Introduction to set theory - operation on sets; complement

Introduction to set theory - operation on sets; complement

Introduction to set theory - operation on sets; intersection and disjoint sets

Introduction to set theory - operation on sets; intersection and disjoint sets

Introduction to set theory - operations on sets: union

Introduction to set theory - operations on sets: union

Introduction to set theory - venn diagrams

Introduction to set theory - venn diagrams

Introduction to set theory - disjoint sets

Introduction to set theory - disjoint sets

Introduction to set theory - universal sets

Introduction to set theory - universal sets

Introduction to set theory - power set

Introduction to set theory - power set

Introduction to set theory - subclass

Introduction to set theory - subclass

Introdution to set theory - classes of sets

Introdution to set theory - classes of sets

introduction to set theory - the empty set; empty set is a subset of every set worded proof

introduction to set theory - the empty set; empty set is a subset of every set worded proof

Introduction to set theory - special sets: real numbers

Introduction to set theory - special sets: real numbers

Introducion to set theory - special sets: complex numbers

Introducion to set theory - special sets: complex numbers

Introduction to set theory - special sets: natural numbers

Introduction to set theory - special sets: natural numbers

introduction to set theory - Proper subsets

introduction to set theory - Proper subsets

introduction of set theory - special sets: rational numbers

introduction of set theory - special sets: rational numbers

Introduction to set theory - Strict subsets and cardinality

Introduction to set theory - Strict subsets and cardinality

introduction to set theory - special sets: set of all integers

introduction to set theory - special sets: set of all integers

Introduction to set theory - Link between proper subsets and cardinality

Introduction to set theory - Link between proper subsets and cardinality

Introduction to set theory - Link between proper subsets and cardinality

Introduction to set theory - Link between proper subsets and cardinality

Introduction to set theory - strict subsets

Introduction to set theory - strict subsets

Introduction to set theory - specifying sets

Introduction to set theory - specifying sets

Introduction to set theory - Equality of sets

Introduction to set theory - Equality of sets

Introduction to Set Theory - Cardinality

Introduction to Set Theory - Cardinality

Introduction to Set Theory - What is a set

Introduction to Set Theory - What is a set