How would I do this in Jupyter? Write a function that takes 3 numbers as input and returns the maximum amongst the 3 numbers as the output. e.g.: func_max(5, 10, 30) Maximum is 30

Write a function called subsequence() that finds the longest common subsequence of two DNA strands. The function should take two DNA strands (strings) as input and should return the longest common subsequence. Example:subsequence(“AATTCAT”, “CAT”) returns “CAT”subsequence(“CAAAT”, “CAT”) returns “CA”subsequence(“CCG”, “TTA”) returns “”subsequence(“AATGTTACCC”, “AATCTTACCT”) returns “TTACC”subsequence(“AATCTTAGCC”, “AATCAAAGCC”) returns “AATC”If there are multiple subsequences of the same length, then return the first

In Python code:  Write a function to convert a integer to hexidecimal.  Do not use the Python hex function (i.e. hexnumber = hex(number)) to convert the number, instead write your own unique version (i.e. MYHEX:  hexnumber = MYHEX(number)).  Your function should not use any Python functions like hex, dec, oct, bin or any other Python functions or modules.  Functions, like Python ORD, can be used to convert a string to a integer.

Please do not give solution in image format thanku In c++ please

We would like to write a collection of functions that do operations on a list of numbers. For example, suppose we write a function max_val. The function takes a list of numbers and returns the maximum value. So, if we passed the list [1,30, 70,-90,80,2] the return value would be 80, since 80 is the maximum number in the list. Here is the list of functions we would like to write: (use basic coding, loops, functions, don't use things like the sum function) 1) max_val, return maximum value. 2) min_val, returns minimum value.  3) mean, returns average. 4) std, returns standard deviation.  5) list_append, adds a new element to the end of the list. 6) list_insert, inserts a new element to the list at a desired location (do not use the insert list function).  7) list_add, adds an inputed number to every value in the list.  8) list_subtract, subtracts an inputed number to every value in the list. 9) list_multiply, multiples an inputed number to every value in the list. 10) list_divide, divides…

Write a function count_evens() that has four integer parameters, and returns the count of parameters where the value is an even number (i.e. evenly divisible by 2). Ex: If the four parameters are: 1 22 11 40 then the returned count will be: 2 Hint: Use the modulo operator % to determine if each number is even or odd. Your program must define the function:count_evens(num1, num2, num3, num4)   python # Define your function here if __name__ == '__main__':    num1 = int(input())    num2 = int(input())    num3 = int(input())    num4 = int(input())        result = count_evens(num1, num2, num3, num4)    print('Total evens:', result)

Create a function that takes two integers, num and n, and returns an integer which is divisible by n and is the closest to num. If there are two numbers equidistant from num and divisible by n, select the larger one. Examples roundNumber (33, 25). - 25 roundNumber (46, 7)→ 49 roundNumber (133, 14) → 140

Solve it in C programming.

Create a function that counts the integer's number of digits. Examples count (318) → 3 count (-92563) → 5 count (4666) -4 count (-314890) -6 count (654321)→ 6 count (638476) <- 6

Write a function "DivRemain" that will return both the dividend and the remainder from dividing two integers: 7 / 3 would return the numbers 2 and 1 (3 goes into 7 twice Example: with a remainder of 1)