Liars and Guessers Github You have probably played, and may even have written a program to play, a simple number guessing game. If so, this probably looks familiar: Try to guess my number (1 to 100)! Please enter a guess: 50 Too small, guess again! Please enter a guess: 75 Too big, guess again! P...

Given the name of an HTTP status code, such as OK or Continue, output or return the corresponding number. Your code is limited to 200 bytes, and the winner is the answer that correctly finds the number for the most status codes. For this challenge, the status codes your program should handle are:...

Sociable numbers are a generalisation of both perfect and amicable numbers. They are numbers whose proper divisor sums form cycles beginning and ending at the same number. A number is \$n\$-sociable if the cycle it forms has \$n\$ unique elements. For example, perfect numbers are \$1\$-sociable (...

Given a positive integer (i.e. \$n>0\$), output how many "pointers" (which basically means the things that connect individual nodes) there are in a complete binary tree of n nodes. Test cases 1 -> 0 7 -> 6 10 -> 9 25 -> 23 Example Suppose n = 10. We can construct a complete binary tree wit...

Background For the purpose of this challenge, all numbers and their string representations are assumed to be in decimal (base 10). I tried to find proper terminology for this challenge, but I do not think there is any, so I made it up. A self-replicating number is a number that appears as a subst...

balance = int(input('Enter credit card balance:')) rate= float (input('Enter the annual credit card interest rate as a decima:')) month=0 while month < 12: annual_apr = (balance / 100) * rate monthly_apr= annual_apr /12 min_repayment = balance / 100 total_month = min_repayment ...

0 I was practicing on HackerEarth and I got this question. Convert number A to D A to B is : Calculate Prime Factors and DO the product of all prime factors B to C is : Calculate Divisors of B and DO the product of all the divisors. C to D is : Calculate the divisors and Do return the number of d...