Prove that the function defined to be 1 on the Cantor
set and 0 on the...
Prove that the function defined to be 1 on the Cantor
set and 0 on the complement of the Cantor set is discontinuous at
each point of the Cantor set and continuous at every point of the
complement of the Cantor set.
(Advanced Calculus and Real Analysis) - Cantor set,
Cantor function
* (a) Define the Cantor function.
(b) Prove that the Cantor function is
non-decreasing.
1. Prove that the Cantor set contains no intervals.
2. Prove: If x is an element of the Cantor set, then there is a
sequence Xn of elements from the Cantor set converging
to x.
Prove for the following:
a. Theorem: (Cantor-Schroder-Bernstein in the 1800s) For any set
S, |S| < |P(S)|.
b. Proposition N×N is countable.
c. Theorem: (Cantor 1873) Q is countable. (Hint: Similar. Prove
for positive rationals first. Then just a union.)
1. "Give an example of a function that is defined on the set of
integers that is not a one-to-one function."
Keep in mind that the above domain must be the set of integers.
Identify what your codomain is, too.
2. "Give an example of a function that is defined on the set of
rational numbers that is not an onto function."
The above domain must be the set of rational numbers. Identify what
your codomain is, too. This is...
(Advanced Calculus and Real Analysis) - Cantor set,
Lebesgue outer measure
* (a) Define the Cantor set.
(b) Show that the Cantor set P has the Lebesgue outer
measure zero.
(c) Find the Lebesgue outer measure of the set L in the
construction of the Cantor set.
f(t) = 1- t 0<t<1
a function f(t) defined on an interval 0 < t < L is given.
Find the Fourier cosine and sine series of f and sketch the graphs
of the two extensions of f to which these two series converge
1. Consider the following function
F(x) = {2x / 25 0<x<5
{0
otherwise
a) Prove that f(x) is a valid probability function.
b) Develop an inverse-transformation for this function.
c) Assume a multiplicative congruential random number generator
with parameters:
a: 23, m: 100, and xo: 17. Generate two random variates from the
function for (x).