Mega Python

Problem:- Given a list of numbers and a value n, write a function that returns the probability of choosing a number greater than or equal to n from the list. The probability should be expressed as a percentage, rounded to one decimal place. Example:- probability([5, 1, 8, 9], 6) ➞ 50.0 probability([7, 4, 17, 14, 12, 3], 16) ➞ 16.7 probability([4, 6, 2, 9, 15, 18, 8, 2, 10, 8], 6) ➞ 70.0 Notes:- Precent probability of event = 100 * (num of favourable outcomes) / (total num of possible outcomes) The numbers in the list are uniformly distributed and have an equal chance of being chosen. Code:- Note:- Never miss indentation. If you are stuck check the python documentation. Suggestions and comments are always welcome.

Problem: -  Create a function that takes a single string as an argument and returns an ordered list containing the indices of all capital letters in the string. Example:- index_of_caps("eDaBiT") ➞ [1, 3, 5] index_of_caps("eQuINoX") ➞ [1, 3, 4, 6] index_of_caps("determine") ➞ [] index_of_caps("STRIKE") ➞ [0, 1, 2, 3, 4, 5] index_of_caps("sUn") ➞ [1] Notes :- Return an empty list if no uppercase letters are found in the string. Special characters ($#@%) and numbers will be included in some test cases. Assume all words do not have duplicate letters. Code:- Note:-  Never miss indentation. If you are stuck check the python documentation. Suggestions and comments are always welcome.

Problem: -  Create a function that returns the thickness (in meters) of a piece of paper after folding it n number of times. The paper starts off with a thickness of 0.5mm. Example:- num_layers(1) ➞ "0.001m" # Paper folded once is 1mm (equal to 0.001m) num_layers(4) ➞ "0.008m" # Paper folded 4 times is 8mm (equal to 0.008m) num_layers(21) ➞ "1048.576m" # Paper folded 21 times is 1048576mm (equal to 1048.576m) Code:- Note:- Never miss indentation. If you are stuck check the python documentation. Suggestions and comments are always welcome.

Problem:-  Create a function that takes a string, checks, if it has the same number of "x"s and "o"s, and returns either True or False. Return a boolean value (True or False). Return True if the number of x's and o's are the same. Return False if they aren't the same amount. The string can contain any character. When "x" and "o" are not in the string, return True. Code :- Simple Solustion:-         2. Using dictionary comprehension:- Note:-  Never miss indentation. If you are stuck check the python documentation. Suggestions and comments are always welcome.

Problem:- Create a function that takes two numbers as arguments and returns their sum. Example :-                           addition(3, 2) --> 5                          addition(-3, -6) --> -9                          addition(7, 3) --> 10 Code:-                          Note:- Never miss indentation. If you are stuck check the python documentation.

Problem:- Create a function that takes a boolean variable flag and returns it as a string. Examples:- boot_to_string(True) -- > "True" boot_to_string(True) -- > "False" Code:-                          Note:- Don't forget indentation.