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Precalculus
Exponential functions and identities
Logarithmic functions and identities
Trigonometric functions and identities
The inverse function
The geometric meaning of the inverse
Graphing and transforming functions
The art of “completing the square”
Exponential functions and identities
Logarithmic functions and identities
The inverse function
The geometric meaning of the inverse
Events and probabilities
Short summary of combinatorics
Independent and mutually exclusive events
Conditional probability
Dot product, and the angle between two vectors
The equation of a line and the equation of a plane
The cross product, and its use
Matrix operations
Special types of matrices
A few operations on matrices and vectors
The unit circle
Sine and Cosine on the unit circle
Trigonometric equations
What are complex numbers?
Operations on complex numbers
Factorization in complex
The polar form (trigonometric form)
Absolute value of complex numbers, sets on the complex plane
Vector operations
The complex radicals
Calculus 1
Limits of sequences
Finding the limit of a sequence
Sequences tending to e
More unpleasant sequences tending to e
Convergent, divergent and oscillating sequences
Sequences with radicals
The squeeze theorem and estimation 1.0
The squeeze theorem and estimation 2.0
The squeeze theorem and estimation 3.0
Calculating the area under the curve of a function
Area of a region bounded by a function and its tangent
The improper integral
An important improper integral
Limit of a function
Finding the limit of rational functions
A few funny limits
A few cases with some higher degree expressions in the limits
The continuity
Various types of discontinuities
The limits of trigonometric functions
Analyzing a function, step by step 1.0
Analyzing a function, step by step 2.0
Optimization problems in business
Problem | Graph analysis
Problem | Graph analysis
Problem | Graph analysis
Problem | Graph analysis
Problem | Graph analysis
Problem | Graph analysis
Problem | Graph analysis
Problem | Graph analysis
Problem | Graph analysis
Problem | Graph analysis
Problem | Graph analysis
Problem | Graph analysis
Definite and indefinite integrals
Basic integration formulas
Integration rules
Integrating simple products - S1
Integrating uglier products - S2
Integration by parts 1.0 - S3
Integration by parts 2.0 - S3
Integrating composite functions - S4
Here they come the fractions - T1
An important rule for fractions - T2
Integration by substitution 1.0
Integration by substitution 2.0
Integration by substitution 3.0
Integrating rational functions 1.0
Integrating rational functions 2.0
Integrating rational functions 3.0
Summary problem for rational functions
Integration of trigonometric terms 1.0 - The tangent half-angle substitution
Integration of trigonometric terms 2.0
Integration of trigonometric terms 3.0 - The case of the snake biting its own tail
Summary problem for whole indefinite integration
Problem I Indefinite integral
Problem I Indefinite integral
Problem I Indefinite integral
Learn to differentiate in 10 minutes
The chain rule
Differentiation exercises
Differentiation exercises
Differentiation exercises
Differentiation exercises
Differentiation exercises
Differentiation exercises
Differentiation exercises
Differentiation exercises
Differentiation exercises
Differentiation exercises
Differentiation exercises
Differentiation exercises
Differentiation exercises
Differentiation exercises
Differentiation exercises
Differentiation exercises
Differentiation exercises
Differentiation exercises
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
L'Hopital's rule part 1
L'Hopital's rule part 2
Taylor polynomial and Taylor series
Taylor series
The error term
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Graph analysis
Calculus 2
Functions of two variables and the partial derivatives
How we can find local minima and maxima using partial differentiation 1.0
How we can find local minima and maxima using partial differentiation 2.0
The tangent plane
Gradient and directional derivative
The implicit differentiation rule
Problem I find the local extrema and saddle points
Problem I find the local extrema and saddle points
Problem I find the local extrema and saddle points
Problem I find the local extrema and saddle points
Problem I find the local extrema and saddle points
Problem I find the local extrema and saddle points
Problem I find the local extrema and saddle points
Problem I find the local extrema and saddle points
Problem I find the local extrema and saddle points
Problem I find the local extrema and saddle points
The infinite series and several fleas
The geometric series
Convergence tests
The Direct Comparison Test
Telescoping series
Limits of sequences
Finding the limit of a sequence
Sequences tending to e
More unpleasant sequences tending to e
Convergent, divergent and oscillating sequences
Sequences with radicals
The squeeze theorem and estimation 1.0
The squeeze theorem and estimation 2.0
The squeeze theorem and estimation 3.0
Calculating the area under the curve of a function
Area of a region bounded by a function and its tangent
The improper integral
An important improper integral
Definite and indefinite integrals
Basic integration formulas
Integration rules
Integrating simple products - S1
Integrating uglier products - S2
Integration by parts 1.0 - S3
Integration by parts 2.0 - S3
Integrating composite functions - S4
Here they come the fractions - T1
An important rule for fractions - T2
Integration by substitution 1.0
Integration by substitution 2.0
Integration by substitution 3.0
Integrating rational functions 1.0
Integrating rational functions 2.0
Integrating rational functions 3.0
Summary problem for rational functions
Integration of trigonometric terms 1.0 - The tangent half-angle substitution
Integration of trigonometric terms 2.0
Integration of trigonometric terms 3.0 - The case of the snake biting its own tail
Summary problem for whole indefinite integration
Problem I Indefinite integral
Problem I Indefinite integral
Problem I Indefinite integral
Differential equations
Separable differential equations
Homogenous type of first-order differential equations
Exact differential equations
The integrating factor
The integrating factor 2.0
First-order linear differential equations
First-order constant coefficient linear differential equations
First-order constant coefficient linear differential equations - The resonance
Second-order homogeneous linear differential equations with constant coefficients
Second-order nonhomogeneous linear differential equations with constant coefficients
Second-order nonhom. lin. diff. equations with constant coeff. - The resonance
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Problem | Indefinite integral
Differential equations | Problem 13
Differential equations | Problem 14
Problem | Indefinite integral
Problem | Indefinite integral
Calculus 3
Functions of two variables and the partial derivatives
Finding local extrema and saddle points using partial differentiation 1.0
Finding local extrema and saddle points using partial differentiation 2.0
The equation of the tangent plane
Gradient and directional derivative
The implicit differentiation rule
Problem | Find the local extrema and saddle points
Problem | Find the local extrema and saddle points
Problem | Find the local extrema and saddle points
Problem | Find the local extrema and saddle points
Problem | Find the local extrema and saddle points
Problem | Find the local extrema and saddle points
Problem | Find the local extrema and saddle points
Problem | Find the local extrema and saddle points
Problem | Find the local extrema and saddle points
Problem | Find the local extrema and saddle points
Matrix operations
Special types of matrices
Vector operations
Dot product, and the angle between two vectors
A few operations with matrices and vectors
The equation of the line and the equation of the plane
The cross product, and its use
The determinant
The expansion rule
Properties of determinants
Singular and invertible matrices
Eigenvector and eigenvalue 1.0
Eigenvector and eigenvalue 2.0
The diagonal form
Definiteness of matrices
Quadratic forms
Definiteness of quadratic forms
Calculating the double integrals
Double integrals on the normal region
The polar cordinate substitution 1.0
The polar cordinate substitution 2.0
Differential equations
Separable differential equations
Homogenous type of first-order differential equations
Exact differential equations
The integrating factor
The integrating factor 2.0
First-order linear differential equations
First-order constant coefficient linear differential equations
First-order constant coefficient linear differential equations - The resonance
Second-order homogeneous linear differential equations with constant coefficients
Second-order nonhomogeneous linear differential equations with constant coefficientsn
Second-order nonhom. lin. diff. equations with constant coefficients - The resonance
Differential equations | Problem 13
Differential equations | Problem 14
Linear algebra
Matrix operations
Special types of matrices
Vector operations
Dot product, and the angle between two vectors
A few operations on matrices and vectors
The equation of a line and the equation of a plane
The cross product, and its use
Vector spaces, operators and axioms – boring stuff
Linearly dependent and independent vectors
The spanning set and the basis
Solving linear systems 1.0
Solving linear systems 2.0
Infinitely many solutions or no solution
Linear systems with parameters
An ugly linear system with parameters
Finding the rank of a vector system
The rank of vector systems and constructing vectors
Finding the inverse of a square matrix
Finding the inverse of a non-square matrix
The determinant
The expansion rule
Properties of determinants
Singular and invertible matrices
Eigenvector and eigenvalue
Finding the eigenvalues and eigenvectors of a 3x3 matrix
The diagonal form
Definiteness of matrices
Quadratic forms
Definiteness of quadratic forms
Linear transformation and the matrix of transformation
Let's see some linear transformations
The eigenbasis and diagonal form
Finding the eigenbasis
Common linear transformations and their matrices
Hom (V1, V2)
Similar matrices
The rank of a matrix and other fun stuff
Subspaces
Probability theory
Events and probabilities
Independent and mutually exclusive events
Conditional probability
Short summary of combinatorics
Markov's inequality
Chebyshev's inequality
The expected value and the standard deviation
The distribution function
The density function
Relationship between density and distribution function
Finding the distribution function from the density function, and vice versa
Total probability theorem & Bayes' theorem
Problem | Total Probability Theorem and Bayes Theorem
Problem | Total Probability Theorem and Bayes Theorem
Problem | Total Probability Theorem and Bayes Theorem
Problem | Total Probability Theorem and Bayes Theorem
Problem | Total Probability Theorem and Bayes Theorem
Problem | Total Probability Theorem and Bayes Theorem
Problem | Total Probability Theorem and Bayes Theorem
Problem | Total Probability Theorem and Bayes Theorem
Problem | Total Probability Theorem and Bayes Theorem
Problem | Total Probability Theorem and Bayes Theorem
Problem | Total Probability Theorem and Bayes Theorem
Problem | Total Probability Theorem and Bayes Theorem
Binomial, Poisson and hypergeometric distributions
The proper time to apply each distribution
Exponential, normal and uniform distributions
Relationship between Poisson and Exponential distribution
Joint distribution of X and Y
The correlation
The marginal distribution functions, and the joint distribution function of X and Y
The "forever young" property of the exponential distribution
Problem with Poisson and Binomial distributions
Problem 09
Problem 10
Problem 11
Problem 12
Problem 13
Problem 14
Problem 15
Problem 16
Problem 17
And one more expected value...
Problem | Distribution function
Problem | Density function
Problem | Density function
The joint probability density function, and another horrors
Finding the joint distribution function from the joint density function
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