Program Plan: Include the appropriate headers into program. Declare and define the constant variable “LEN”. Declare the appropriate functions. Define the “main()” function. Declare the array variable “arr[]” in type of double. Declare the variables “stdDeviation” and “avg” in type of double. Declare the variable “ans” in type of character. Using “do…while” loop, prompt the user for array values. Call the function “stdDev()” which passes array and size of array and store the result in “stdDeviation”. Prompt and get the sentinel value from user. Check the loop with condition for sentinel value. Return “0” to called function. Define the function named “stdDev()” which passes the arguments “arr[]” in type of character and “size” in type of integer. Declare and initialize the “sumSquares” in type of “double”. Call the function “average()” which passes array and size of array as arguments and stores the result in “avg” variable. Using “for” loops, calculate the summation value. Return the square root of summation value. Define the function named “average()” which passes “arr[]” and “size” as arguments. Declare and initialize the “sum” in type of “double”. Using “for” loop, calculate the total of array values. Return the average of array values.

Question

Want to see the full answer?

Answer 1

Question

Chapter 7, Problem 4PP

Program Plan Intro

Program Plan:

Include the appropriate headers into program.

Declare and define the constant variable “LEN”.

Declare the appropriate functions.

Define the “main()” function.

Declare the array variable “arr[]” in type of double.

Declare the variables “stdDeviation” and “avg” in type of double.

Declare the variable “ans” in type of character.

Using “do…while” loop, prompt the user for array values.

Call the function “stdDev()” which passes array and size of array and store the result in “stdDeviation”.

Prompt and get the sentinel value from user.

Check the loop with condition for sentinel value.

Return “0” to called function.

Define the function named “stdDev()” which passes the arguments “arr[]” in type of character and “size” in type of integer.

Declare and initialize the “sumSquares” in type of “double”.

Call the function “average()” which passes array and size of array as arguments and stores the result in “avg” variable.

Using “for” loops, calculate the summation value.

Return the square root of summation value.

Define the function named “average()” which passes “arr[]” and “size” as arguments.

Declare and initialize the “sum” in type of “double”.

Using “for” loop, calculate the total of array values.

Return the average of array values.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

We have a list that stores the repeated heart-rate measurements for the same patient over several tests. Each inner-list is a test and for that test, the heart rate is monitored for some time while taking a few measurements. Next, we would like to calculate the average of the measurements for each test.heart_rate = [ [ 72, 75, 71, 73], # resting[ 91, 90, 94, 93], # walking slowly[ 130, 135, 139, 142], # running on treadmill[ 120, 118, 110, 105, 100, 98]] # after minute recoveryIn your code, define a function calculate_average_heart_rates() that accepts the list heart_rate as its only input argument. Inside the function, use nested loops to calculate the average heart rate during each test scenario. This function should return a list that contains the average heart rate values of a patient for the four test scenarios.Write unit tests

There are n professors in a university, and these professors teach m, and there are k classrooms. Find the model that creates the appropriate curriculum with different numbers of n, m, k, write the code and calculate its time complexity

A finite sequence of symbols from a given alphabet will be called a string over the alphabet. A string that consists of a sequence a1, a2, a3, a4, … … … … , an of symbols will be denoted by the juxtaposition a1 a2 a3 a4 … … … … an. Given the strings: u = a2bab2and v = bab2, Evaluate the following operations for strings: (i) ԑu(ii) u + v(iii) u(u| v)(iv) v | (v | u)