Please code using python idle and follow all the directions and provide answer according to the template below.
- Return a list of numbers from N to 2N+1 (maximum if possible) with step size =3, if and only if K=0 - Return a list of numbers from N to 0 (minimum if possible) with step size =2, if and only if K=1 - Return 1 if K is neither 0 nor 1 Two examples are shown below: Input: (9,0) Output: [9,12,15,18] Input: (11,1) Output: [11,9,7,5,3,1] Q.2 Write a function called while_it( ) that takes in no parameters and returns a list of the series, 105,98,91,...,7. Constraint: You have to use a while loop to implement this Q.3 Write a function called num_sum( ) that takes in an integer N as a parameter and computes the sum of digits of N using a while loop. The function should return the computed sum. Two examples are shown below: Input: (984) Output: 21 Input: (21) Output: 3 Q4. Write a function called greatest_integer( ) that takes in three parameters (A,B,C) and uses logical operators to determine the largest and the smallest number among these three. The function should return the largest and the smallest number in the form of a list which is supposed to be arranged in descending order. Two examples are shown below: Input: (100,3,1) Output: [100, 1] Input: (3,4,4) Output: [4, 3] Q5. Write a function called square_pair( ) that takes in two lists, namely first list and the second list as parameters. The first list would contain a series of integers and the second list would contain the squares of the integers in the first list, at corresponding indexes. The task is to construct and return a list, containing all corresponding pairs of integers and their squares positioned adjacently. Also entries in every pair should be visible in ascending order. Furthermore your function should return 1 if the two input lists are of distinct lengths. Two examples are shown below: Input: ([1,4,2],[1,16,4]) Output: [1,1,4,16,2,4] Input: ([3,5,1],[9,25]) Output:-1 directions. Using the following constructs will result in 0 (zero) for the entire submission (assignment, timed test, etc.). The restricted items are as follows: - Concepts not discussed in lectures yet - String functions - Member functions - Exceptions (can use) : /en () and x=x+[y1,y2,y3] - Built-in functions \& types - Exceptions (can use): str( ), readline( ), open(), close( ), write(), read( ), range( ), .split() - Cannot use .append, .sort, etc. - Cannot use "Slicing" - Cannot use "list comprehension" - Cannot use "not in" (together) - Cannot use "in" - not allowed with conditionals - Exception (can use): with range () - Cannot use and \{\} - Exception (can use): mathematical operations (multiply \& exponents) - Data type functions - Exceptions (can use): int(), str (), float () - Break - Continue - Nested Constructs - Exceptions (can use): 2-D list - Multiple returns \& Multiple assignments - Recursion (not allowed unless the question explicitly states otherwise) - Functions within functions (Definitions) -- invocation is fine - Default Parameters - Global variables - Keyword as variable names def range roller (n,k): \# start your code below this line -- make more lines if needed \# finish your code above this line def while it (): \# start your code below this line -- make more lines if needed \# finish your code above this line def num_sum(n): \# start your code below this line -- make more lines if needed \# finish your code above this line def greatest_integer(a,b,c): \# start your code below this line -- make more lines if needed \# finish your code above this line def square pair(listl,list2): \# start your code below this line -- make more lines if needed \# finish your code above this line def main()
