Create the pseudocode design that creates and prints an array of sales amounts, determines the sum of the sales amounts, the average of the sales amounts, and find the highest of the sales amounts. The design should be modular as described below. There should be 5 modules in the design. NOTE the use of SIZE and SIZE -1 in the text readings on arrays. Remember that arrays are 0 based. If an array has 5 elements (as below), they are positions 0, 1, 2, 3, and 4
The main module should
• declare the array of 5 Real sales amounts and give each element a literal value as part of the declaration statement
• call a module to print out the values in the array
• call a module calcSum() to calculate and return the sum of the sales amounts and pass the array to it as an argument
• print a line with the sum returned from calcSum()
• call a module findAverage() to calculate and return the avg of the sales amounts and pass the SIZE and sum as arguments
• print a line with the average returned from findAverage()
• call a module named findAndPrintHigh() and pass the array to it as an argument
The calcSum() module should
• accept the array as a parameter
• declare any variables necessary to compute the sum of the array
• return the sum
The findAverage() module should
• accept the sum and the SIZE as parameters
• declare any variables necessary to compute the average
• return the average
The findAndPrintHigh() module should
• accept the array as a parameter
• use the length function of the array when looping through it
• declare any variables necessary
• determine the highest value in the array
• determine the position of the highest value in the array
• print a line with the highest value and the position of that value
 

Add a 2nd array ( a parallel array) to the main module of part A with the names of 5 salesmen. Rewrite the findAndPrintHigh() module passing both arrays to it. Include in the line which prints the highest sales in the array, the name of the salesman who sold that high sales amount