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Done with 70 python practice questions.

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	`1`	`+def Reverse(s, n):`
	`2`	`+ if n == 0:`
	`3`	`+ print(s[0])`
	`4`	`+ else:`
	`5`	`+ print(s[n], end='')`
	`6`	`+ Reverse(s, n - 1)`
	`7`	`+`
	`8`	`+s = input("Enter String to find its reverse: ")`
	`9`	`+Reverse(s, len(s) - 1)`

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	`1`	`+def findBasetoThePower(x, y):`
	`2`	`+ if y == 0:`
	`3`	`+ return 1`
	`4`	`+ else:`
	`5`	`+ return (x * findBasetoThePower(x, y - 1))`
	`6`	`+`
	`7`	`+x = int(input('Enter base: '))`
	`8`	`+y = int(input("Enter exponent: "))`
	`9`	`+result = findBasetoThePower(x, y)`
	`10`	`+print(f"{x} to the power {y} is {result}.")`

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	`1`	`+'''`
	`2`	`+factorial, in mathematics, the product of all positive integers less than or equal to a given positive`
	`3`	`+integer and denoted by that integer and an exclamation point. Thus, factorial seven is written 7!,`
	`4`	`+meaning 1 x 2 x 3 x 4 x 5 x 6 x 7. Factorial zero is defined as equal to 1.`
	`5`	`+'''`
	`6`	`+`
	`7`	`+def Factorial(no):`
	`8`	`+ if no == 1:`
	`9`	`+ return 1`
	`10`	`+ else:`
	`11`	`+ return (no * Factorial(no - 1))`
	`12`	`+`
	`13`	`+`
	`14`	`+no = int(input("Enter number to find its factorial: "))`
	`15`	`+factorial = Factorial(no)`
	`16`	`+print(f"Factorial of {no} is {factorial}.")`

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	`1`	`+'''`
	`2`	`+What is GCD ?`
	`3`	`+`
	`4`	`+The greatest common divisor (GCD), also called the greatest common factor, of two numbers is the largest`
	`5`	`+number that divides them both. For instance, the greatest common factor of 20 and 15 is 5,since 5 divides`
	`6`	`+both 20 and 15 and no larger number has this property.`
	`7`	`+`
	`8`	`+'''`
	`9`	`+`
	`10`	`+def GCD(no1, no2):`
	`11`	`+ if no2 == 0:`
	`12`	`+ return no1`
	`13`	`+ else:`
	`14`	`+ return (GCD(no2, no1 % no2))`
	`15`	`+`
	`16`	`+`
	`17`	`+no1 = int(input("Enter 1st no: "))`
	`18`	`+no2 = int(input("Enter 2nd no: "))`
	`19`	`+gcd = GCD(no1, no2)`
	`20`	`+print(f"GCD of {no1} and {no2} is {gcd}.")`

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	`1`	`+def Fibonacci(i):`
	`2`	`+ if (i == 1):`
	`3`	`+ return 0 # In fibonacci series first term is always 0`
	`4`	`+ elif (i == 2):`
	`5`	`+ return 1`
	`6`	`+ return (Fibonacci(i - 1) + Fibonacci(i - 2))`
	`7`	`+`
	`8`	`+no = int(input("Enter number upto which you want to print Fibonacci Series: "))`
	`9`	`+for i in range(1, no + 1):`
	`10`	`+ print(Fibonacci(i), end=" ")`

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