How Python Can Help You Develop a Healthier Mindset Through Mindful Programming

Title: Solving Common Python Problems: A Practical Approach

Summarise what you learned from solving each problem. This helps readers understand the importance of the problems and encourages them to explore similar challenges.

#1) Count of Digits

given_number=1234;
count=0

while given_number>0:
    digit=given_number%10;
    count+=1;

    given_number=given_number//10;

print(count)

#2) Sum of Digits

given_answe=274;
count=0;
sum=0;

while given_answe>0:
    digits=given_answe%10;
    count+=1
    sum=sum+digits;

    given_answe=given_answe//10;

print(count);
print(sum)

#3) Reverse the number


Given_number_ans=12345;

reversed_num=0;
while Given_number_ans>0:
    digits=Given_number_ans%10;

    reversed_num=(reversed_num*10)+digits


    Given_number_ans=Given_number_ans//10;

print(reversed_num)

#4) Factorial

#n!=n*(n-1)*(n-2)...


N=5;
i=1;
total=1;

while(i<=N):
    total=total*i;
    i+=1;

print(f'sum of Factorial is {N} is {total}')

#5) Greatest Common Divisor


Number1=36;
Number2=94;

Gcd=0;

smallest=min(Number1,Number2);

for i in range(1,smallest+1):
    if Number1%i==0 and Number2%i==0:
        Gcd=i;


print(f"The GCD of {Number1} and {Number2} is {Gcd}")