MATHEMATICS   Formulas, Graphs, Tables, . . .  < High School to University Level >
CONTENTS B
  ALGEBRA
 11  Rules and properties of logarithms
         Common logarithms
         Natural logarithms

      Changing the base – different logarithmic identities

      Exponential and logarithmic equations
         Exponential equations
         Logarithmic equations
 12  Interest calculations
         Simple interest
         Amount of interest, principal (initial amount), interest rate and amount after n years
         Compound interest
         Periodic compounding
         Continuous compounding
      Exponential growth and decay, application of the natural exponential function
 13  Imaginary and complex numbers
      Imaginary numbers
          Imaginary unit
      Complex numbers
         Real and imaginary parts
         The complex plane
         The set of all complex numbers C
         Absolute value, modulus of a complex number
         Complex conjugates
         Addition and subtraction of complex numbers
         Multiplication and division of complex numbers
 14  Polar or trigonometric notation of complex numbers
         Euler's formula
         Multiplication and division of complex numbers in the polar form
         Exponentiation and root extraction of complex numbers in the polar form
         Powers and roots of complex numbers, use of de Moivre’s formulas
      Euler’s formula, relationship between trigonometric functions and the complex exponential function
 15  Polar coordinate system
         Polar and Cartesian coordinates relations
      Equation of a line in polar form
         Lines parallel to the axes, horizontal and vertical lines
         Lines running through the origin or pole (radial lines)
         Polar equation of a line
      Equation of a circle in polar form
         General equation of a circle in polar coordinates
         Polar equation of a circle with a center on the polar axis running through the pole
         Polar equation of a circle with a center at the pole
 16  Parametric equations
         Parametric equations definition
      The parametric equations of a line
         Vector equation of a line
         Parametric equations of a line through two points
         Parametric curves have a direction of motion
      Use of parametric equations, example
         Intersection point of a line and a plane in three-dimensional space
         Parametric equation of a line in three-dimensional space
      The parametric equations of a quadratic polynomial, parabola
         The parametric equations of the parabola, whose axis of symmetry is parallel to the y-axis
         The parametric equations of the parabola, whose axis of symmetry is parallel to the x-axis
      The parametric equations of a circle
         The parametric equations of a circle centered at the origin with radius r
         The parametric equations of a translated circle with center (x0, y0) and radius r
      The parametric equations of an ellipse
         The parametric equations of an ellipse centered at the origin
         The parametric equations of a translated ellipse with center at (x0, y0)
 17  Vectors
      Vectors in a plane
         Direction, length or magnitude or norm of  a vector
         Collinear opposite and coplanar vectors
         Addition of vectors
         Subtraction of vectors
         Scalar multiplication or multiplication of a vector by scalar
         Unit vector
         Linear combination of vectors
         Linear dependence of vectors
 18  Vectors and a coordinate system, Cartesian vectors
         Vectors in a coordinate plane (a two-dimensional system of coordinates), Cartesian vectors
         Radius vector or position vector and vectors components
         Vectors in three-dimensional space in terms of Cartesian coordinates
         Angles of vectors in relation to coordinate axes, directional cosines - scalar components of a vector
         Unit vector and directional cosines
         Vectors in a three-dimensional coordinate system, examples
 19  Scalar product or dot product or inner product
         Perpendicularity (or orthogonality) of two vectors
         The value of the scalar product of two vectors depends on their position
         Square of magnitude of a vector
         Scalar product of unit vectors
         Scalar or dot product properties
         Scalar product in the coordinate system
         Angle between vectors in a coordinate plane
         Scalar product of vectors examples
      Projection of a vector in the direction of another vector, the scalar and vector components
         The scalar component
         The vector component
 20  Vector product or cross product
         An example for the vector product in physics
         The vector products of the standard unit vectors
         The vector product properties
         The vector product in component form
      The mixed product
         The mixed product or scalar triple product definition
         The mixed product properties
         The condition for three vectors to be coplanar
         The mixed product or scalar triple product expressed in terms of components
         The vector product and the mixed product use, examples
 
 
 
 
 
 
 
 
 
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