Question

ЗАДАЧА- в стене существует квадратное отверстие n*n см. и кирпич с измерениями АВС, определите пройдёт он в отверстие или нет, если подавать его можно только параллельно стенкам отверстия ! -РЕШИТЬ ПО ПРОГРАММЕ "АВС ПАСКАЛЬ"

Answer 1

Var
  a, b, c, n: real;

begin
  Write('Введите длину стороны отверстия: '); Readln(n);
  Write('Введите длины сторон кирпича: '); Readln(a, b, c);
  if (a < n) or (b < n) or (c < n) then Writeln('Кирпич пройдет в отверстие')
  else Writeln('Кирпич не пройдет в отверстие')
end.

Тестовое решение:
Введите длину стороны отверстия: 8
Введите длины сторон кирпича: 12 6.5 25
Кирпич пройдет в отверстие

Answer 2

Problem Analysis

The problem states that there is a square hole with dimensions n * n cm, and a brick with dimensions ABC. We need to determine whether the brick can fit through the hole if it can only be inserted parallel to the walls of the hole. We are asked to solve this problem using the Pascal programming language.

Solution

To solve this problem, we need to compare the dimensions of the brick (ABC) with the dimensions of the hole (n * n). If all three dimensions of the brick are smaller than or equal to the dimensions of the hole, then the brick can fit through the hole. Otherwise, it cannot fit.

Here is a Pascal program that solves this problem:

program BrickFit;
var
  n, A, B, C: integer;
begin
  // Read the dimensions of the hole
  write('Enter the dimension of the hole (n): ');
  readln(n);

// Read the dimensions of the brick
  write('Enter the dimensions of the brick (A B C): ');
  readln(A, B, C);

// Check if the brick can fit through the hole
  if (A <= n) and (B <= n) and (C <= n) then
    writeln('The brick can fit through the hole.')
  else
    writeln('The brick cannot fit through the hole.');

// Wait for user input before closing the program
  write('Press Enter to exit...');
  readln;
end.

You can run this program in a Pascal compiler or online Pascal IDE to test it with different values of n, A, B, and C.

Note: The program assumes that the dimensions of the hole and the brick are positive integers.

Example

Let's say the dimensions of the hole are 10 * 10 cm, and the dimensions of the brick are 5 * 5 * 5 cm. In this case, the brick can fit through the hole because all three dimensions of the brick are smaller than or equal to the dimensions of the hole.

Conclusion

In this problem, we determined whether a brick can fit through a square hole by comparing the dimensions of the brick with the dimensions of the hole. We used the Pascal programming language to implement a solution that checks if all three dimensions of the brick are smaller than or equal to the dimensions of the hole.