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1 The game “Towers of Hanoi” consists of three rods, on the first of them a

Recursionprocedure Solve(n: integer; a,b,c: Char);begin if n > 0 then begin Solve(n-1, a, c, b); Writeln(‘transfer', a, ‘to rod',b); Solve(n-1, c, b, a); end;end;begin Solve(4, '1','2','3');end.

Слайды и текст этой презентации

Слайд 1The game “Towers of Hanoi” consists of three rods, on

the first of them a pyramid of n disks is

installed, the radius of which decreases from the lower disk to the upper one. It is required to transfer disks to the third core, using the second core as an auxiliary one and following the following rules.
a) In one operation, you can transfer only one disk.
b) You can not put a larger disc diameter on a smaller disc diameter.

Problems

1. Transfer 5 disks
2. Prove that N disks can be moved.
The game “Towers of Hanoi” consists of three rods, on the first of them a pyramid of

Слайд 2Recursion
procedure Solve(n: integer; a,b,c: Char);
begin
if n > 0 then

begin
Solve(n-1, a, c, b);
Writeln(‘transfer', a, ‘to rod',b);
Solve(n-1,

c, b, a);
end;
end;
begin
Solve(4, '1','2','3');
end.
Recursionprocedure Solve(n: integer; a,b,c: Char);begin if n > 0 then begin Solve(n-1, a, c, b); Writeln(‘transfer', a,

Слайд 3Mathematical induction method
14 + 24 + … + n4 =

Mathematical induction method14 + 24 + … + n4 = ?

Слайд 4Mathematical induction in geometry
1. Several straight lines were drawn on

the plane. Prove that it is possible to color the

plane in two colors so that the two areas that have a common part of the border have a different color. Areas that have only one common vertex may be of the same color.

2. Prove that a square can be cut into any number of squares, starting with 6.

3. Prove that for every N > 2 exists N–gon with three acute angles.

4. Prove that the square 2N х 2N, from which one cell was cut can be cut into “corners” of three cells.




Mathematical induction in geometry1. Several straight lines were drawn on the plane. Prove that it is possible

Слайд 5Recursion in geometry Fractals

Recursion in geometry Fractals

Слайд 61. In the company of 2n + 1 people for

any n people there is a different person from them

who is familiar with each of them. Prove that in this company there is a person who knows everyone.

From n to (n +1)

2. Among the participants of the conference, everyone has at least one friend. Prove that the participants can be distributed in two rooms so that each participant has a friend in the other room.

We can reduce the problem for example with a tree
1. In the company of 2n + 1 people for any n people there is a different

Слайд 7Calculation of the determinants + verifiation

Calculation of the determinants + verifiation

Слайд 8Calculation of the determinants + verifiation

Solve the equation

Calculation of the determinants + verifiation Solve the equation

Слайд 9Optimization

Optimization

Слайд 10Inverse matrix
Solve the equation

Inverse matrixSolve the equation

Слайд 11Interpolation and verification
Lagrange interpolation polynomial


Interpolation and verification Lagrange interpolation polynomial

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