TI-NSpire Manual

IB TI-NSpire CX MANUAL

AI SL
- 1 Number and Algebra
- 1.1 Scientific notation and rounding
- 1.2 Arithmetic sequences and series
- 1.3 Geometric sequences and series
- 1.4 Compound interests
- 1.5 Laws of exponents with integer exponents, logarithms
- 1.7 Amortization and annuities
- 1.8 Systems of linear equations and polynomial equations
- 2 Functions
- 2.3 Graph a function
- 2.4 Key features of graphs
- 2.5 Find roots of quadratic functions
- 2.6 Solve simultaneous equations
- 3 Geometry and Trigonometry
- 4 Statistics and Probability
- 4.3 Statistical measures on one variable data
- 4.4 Line of best fit
- 4.8 Binomial distribution
- 4.9 Normal distribution
- 4.10 Spearman’s Rank coefficient
- 4.11 Statistical tests
- 5 Calculus
- 5.3 Derivative of a function
- 5.4 Tangents and normals to a curve
- 5.5 Definite integrals
- 5.6 Local minimum and local maximum of a function
AI HL
AA SL
- 1 Number and Algebra
- 1.1 Scientific notation and rounding
- 1.2 Arithmetic sequences and series
- 1.3 Geometric sequences and series
- 1.4 Compound interests
- 1.5 Laws of exponents with integer exponents, logarithms
- 1.7 Amortization and annuities
- 1.8 Systems of linear equations and polynomial equations
- 1.9 Laws of logarithms
- 2 Functions
- 2.3 Graph a function
- 2.4 Key features of graphs
- 2.5 Find roots of quadratic functions
- 2.6 Solve simultaneous equations
- 2.7 Composite functions
- 2.8 Transformations of graphs
- 3 Geometry and Trigonometry
- 3.7 Degrees and radians
- 3.8 Unit circle
- 4 Statistics and Probability
- 4.3 Statistical measures on one variable data
- 4.4 Line of best fit
- 4.8 Binomial distribution
- 4.9 Normal distribution
- 4.10 Spearman’s Rank coefficient
- 4.11 Statistical tests
- 4.12 Test-retest
- 5 Calculus
- 5.3 Derivative of a function
- 5.4 Tangents and normals to a curve
- 5.5 Definite integrals
- 5.6 Local minimum and local maximum of a function
- 5.7 Second derivative
AA HL

Transition matrices

See matrices to see how to do standard computations on matrices