3. Write a function that takes, as arguments, three numbers, and returns their average. Round the values to the nearest tenth. Name this function calculate Average (p1, p2, p3). For example, >>>calculate Average (2.5, 3.5, 9) average of those 3 values, using decimal division. Round the values to the nearest tenth. Name your function get Average String (p1, p2, p3). For example, >>>get Average String (1.5, 3.5, 4) should return the string “The average value is 3.0.” Your sentence must EXACTLY match
def calculateAverage(p1,p2,p3):
return round((p1 + p2 + p3) / 3.0,1)
def getAverageString(p1,p2,p3):
avg = round((p1 + p2 + p3) / 3.0,1)
return "The average value is "+str(avg)+"."
# Testing
print(calculateAverage(2.5,3.5,9))
print(getAverageString(1.5,3.5,4))

3. Write a function that takes, as arguments, three numbers, and returns their average. Round the...
Write a function that takes, as arguments, three numbers, and returns their average. Round the values to the nearest tenth. Name this function calculate Average (p1, p2, p3). For example, >>>calculate Average (2.5, 3.5, 9)
Python 3.0 Please Write a function that takes, as arguments, a binary string, a list of characters and the corresponding Huffman code for those characters. It decodes the binary string using the Huffman code, and returns the resulting decoded string. Name this function decodeStringHuffman(binaryString, myCharacters, myCode). For example, >>>decodeStringHuffman("1001100010111010101010111", ["A", "B", "C"], ["1", "00", "01"]) should return the string 'ABAABCCAACCCCCAA'
in python Write a function, named max_of_two, that takes two numbers as arguments and returns the largest of the two values. (Note, this function is actually already provided in Python as max. Do not use the provided function; reason through the logic yourself).
Write a function SearchName() that takes the following three arguments: 1) A string pointer, 2) Length of the string array (int), 3) Name to search (string). The function then searches for the particular name in the string array and returns the index at which the name is found in the string array. Use a program to test the function.
Write a public static method named getMaxOf2Ints that takes in 2 int arguments and returns the Maximum of the 2 values Write a public static method named getMinOf2Ints that takes in 2 int arguments and returns the Minimum of the 2 values Write apublic static method named getMaxOf3Ints that takes in 3 int arguments and returns the Maximum of the 3 values Write a public static method named getMedianOf3Ints that takes in 3 int arguments and returns the Median Value...
With using Python . Write a function that: 1. Takes two arguments and returns the product of the arguments. The return value should be of type integer. 2. Takes two arguments and returns the quotient of the arguments. The return value should be of type float. 3. Takes one argument and squares the argument. It then uses the two values and returns the product of the two arguments.(Reuse function in 1.) 4. Takes one argument and prints the argument. Use...
Problem 1. Write a Python function times_i_at_odd(L) that takes as arguments a list L and returns a list consisting of the elements of L multiplied by the index number of the element at odd positions. (Use list comprehensions) >>> times_i_at_odd([1,2,3,4,5,6,7,8,9,10]) [2, 12, 30, 56, 90] Problem 2. Write a recursive function sum_cols(grid, n) that takes a list of lists of integers grid and integer n and returns the sum of column n in grid. For example, the call sum_cols([[1,2,3,4], [10,20,30,40],...
Using python, Write a function max3 that takes three numbers as its arguments and returns the greatest of these three numbers. Your submitted file for this problem should include (a) function definition, obviously, and (b) the code that calls that function (for this problem you do not have to package that calling code into the main() function although you may if you want to), so that if I run your *.py file it computes and prints something (e.g. few test...
Write a decorator function in python that takes in 3 strings as arguments and returns them in reverse order.
Write a Python function, called counting, that takes two arguments (a string and an integer), and returns the number of digits in the string argument that are not the same as the integer argument. Include a main function that inputs the two values (string and integer) and outputs the result, with appropriate labelling. You are not permitted to use the Python string methods (such as count(), etc.). Sample input/output: Please enter a string of digits: 34598205 Please enter a 1-digit...