Requirements for the exam for Mathematics I, WS 2014/2015
Key notions
- supremum and infimum of a set of real numbers
- finite limit of a sequence
- infinite limit of a sequence
- neighbourhood of a point
- limit of a function
- limit of a function from the right/left
- continuity of a function at a point
- continuity of a function at a point from right/left
- continuity of a function on an interval
- extremum of a function
- derivative of a function at a point
- derivative of a function at a point from the right/left
- tangent to a graph of a function
- convex and concave function
Definitions
- a set bounded from above
- a set bounded from below
- upper bound
- lower bound
- bounded set
- maximum of a set
- minimum of a set
- integer part of a number
- sequence bounded from above
- sequence bounded from below
- bounded sequence
- increasing sequence
- decreasing sequence
- non-increasing sequence
- non-decreasing sequence
- monotone sequence
- strictly monotone sequence
- convergent sequence
- subsequence
- extended real line
- pre-image of a set under a mapping
- surjective mapping (onto)
- injective mapping (one-to-one)
- bijection
- increasing function
- decreasing function
- non-increasing function
- non-decreasing function
- monotone function
- bounded function
- even function, odd function
- periodic function
- punctured neighbourhood of a point
- local maximum
- local minimum
- general power - ab
- function arcsin
- function arccos
- function arctg
- function arccotg
- strictly convex function
- strictly concave function
- n-th derivative of a function at a point
- inflection point
- asymptote of a function
Theorems with easier proofs
- Cauchy inequality
- existence of a supremum
- Archimedean property
- existence of an integer part
- density of rational and irrational numbers
- uniqueness of a limit of a sequence
- limit of a sequence and boundedness of a sequence
- limit of a subsequence
- limit of a product of a bounded and null sequence
- limits and ordering
- two policemen theorem for sequences
- limit of a sequence of the type "A/0"
- supremum and limits
- limit of a monotone sequence
- uniqueness of a limit of a function
- boundedness and a limit of a function
- continuity and arithmetic operations
- limits of functions and inequalities
- two policemen for functions
- Heine theorem
- limit of a monotone function
- an image of an interval under a continuous function (including "no holes" lemma)
- boundedness of a continuous function
- exponential function and its properties
- relation of the derivative and continuity
- necessary condition for a local extremum
- Lagrange theorem (mean value)
- sign of the derivative and monotonicity
- characterisation of convex functions
Theorems with harder proofs
- existence of nth root (proof only for n=2)
- arithmetics of finite limits of sequences
- Bolzano-Weierstraß theorem
- arithmetics of limits of functions
- limit of a compound function
- Bolzano (intermediate value) theorem
- extrema of continuous functions
- inverse function and continuity
- properties of the logarithm
- arithmetics of derivatives
- derivative of a compound function (chain rule)
- derivative of an inverse function
- Rolle's theorem
- computation of one-sided derivative
- second derivative and convexity
- necessary condition for inflection
- sufficient condition for inflection
Theorems without proof
- de Morgan rules
- arithmetics of limits of sequences
- limit of a function of the type "A/0"
- continuity of a compound function on an interval
- the function sine
- l'Hospital's rule
- existence of an asymptote