Tartalomjegyzék Combinatorics, graphs 10 1. Fibonacci numbers 10 2.
Permutations, variations . 13 3. Combinations without repetition, Pascal's
triangle 20 4. Binomial coefficients, combination with repetition 28 5.
Miscellaneous counting exercises (extra-curricular topic) 34 6. GRAPHS - points,
edges, degree 38 7. GRAPHS - path, trail, walk, cycle, Eulerian trail
(extra-curricular topic) 48 8. Tree graphs (extra-curricular topic) 57 9.
Practical applications of combinatorics 63 Powers, roots, logarithms 66 1.
Exponentiation and computing the roots (reminder) 66 2. Power functions and root
functions 71 3. Power with fractional (rational) exponent 74 4. Power with
irrational exponent, exponential function 80 5. Exponential equations,
simultaneous exponential equations and exponential inequalities 85 6. The
concept of the logarithm 92 7. The logarithm function 98 8. The logarithmic
identities 102 9. Logarithmic equations, simultaneous logarithmic equations and
logarithmic inequalities . 107 10. Practical applications 115 Applications of
trigonometry 120 1. Vector operations, applications (reminder) 120 2. The dot
product 125 3. Dot product in the coordinate system 130 4. The sine rule 134 5.
The cosine rule 139 6. Applications of the trigonometric relations 143 7.
Addition formulae 147 8. Applications of the addition formulae 150 9.
Trigonometric equations, inequalities 156 10. The application of trigonometry
for positioning 163 Functions 166 1. The exponential and the logarithm function
166 2. Equations and functions 170 3. Trigonometric functions 172 4.
Trigonometric equations, inequalities (extra-curricular topic) 176 5.
Miscellaneous exercises (extra-curricular topic) 181 6. Inverse functions
(extra-curricular topic) 186 7. A practical application of the functions 189
Coordinate geometry 192 1. Vectors in the coordinate system. Operations with
vectors given with coordinates (reminder) 192 2. The distance between two
points. The angle of inclination of two vectors 195 3. The coordinates of the
point of division of a line segment. The coordinates of the centroid of a
triangle 198 4. Data defining a straight line in the coordinate system 204 5.
The equation of a straight line I. 212 6. The equation of a straight line II.
215 7. The intersection point, the distance and the angle of inclination of two
straight lines 219 8. The equation of a circle 225 9. The mutual position of a
circle and a straight line; the common points of two circles 233 10. The
equation of a parabola 244 11. The parabola and the quadratic function
(extra-curricular topic) 250 12. Conic sections and their equations in the
coordinate system (extra-curricular topic) 253 13. Two practical applications of
coordinate geometry 258 Calculation of probability, statistics 264 1. Classical
probability model 264 2. Sampling with replacement 273 3. Sampling without
replacement (extra-curricular topic) 280 4. Probabilistic games on graphs
(extra-curricular topic) 286 5. Reality and statistics 293