Question

Задание No3. Дано положительное целое число N. Создайте блок-схе- му, которая находит наименьшую из цифр этого числа. Напишите программный код задачи.

Answer 1

Ну если блок схема не нужна то вот: (по просьбе с break)

while True:

   N = input('Введите натуральное число: ')

   if not N.isdigit():

       print('Число должно быть типа int! Попробуйте еще раз.')    

   else:

       N = int(N)

       break

min_digit = 9        

while True:

   digit = N % 10

   if digit < min_digit:

       min_digit = digit

   N //= 10

   if N == 0:

       break

print('Наименьшая цифра в данном числе:', min_digit)

Answer 2

Task 3: Finding the Smallest Digit in a Positive Integer

To solve this task, we can create a program that takes a positive integer as input and finds the smallest digit in that number.

Here's a simple Python program to achieve this:

# Function to find the smallest digit in a positive integer
def find_smallest_digit(n):
    # Convert the integer to a string to easily iterate through its digits
    num_str = str(n)
    
    # Initialize the smallest_digit variable with the first digit of the number
    smallest_digit = int(num_str[0])
    
    # Iterate through the remaining digits of the number
    for digit in num_str[1:]:
        # If the current digit is smaller than the current smallest_digit, update smallest_digit
        if int(digit) < smallest_digit:
            smallest_digit = int(digit)
    
    return smallest_digit

# Example usage
input_number = 583169
result = find_smallest_digit(input_number)
print("The smallest digit in", input_number, "is:", result)

In this program, we convert the input integer to a string to iterate through its digits. We then initialize the `smallest_digit` variable with the first digit of the number and iterate through the remaining digits to find the smallest one.

This program can be used to find the smallest digit in any positive integer provided as input.

I hope this helps! If you have any further questions or need additional assistance, feel free to ask.