4- The function sum_n_avg computes the sum and the average of three input arguments and relays its results through two output parameters. a) Write a prototype for a function sum_n_avg that accepts three double-type input parameters and returns two output parameters through reference (the sum and average). b) Write the function definition for function sum_n_avg. The function definition is where the actual computations are performed. c) Write a function call in main () for sum_n_avg. The function call can look like below: { double one, two, three, sum_of_3, avg_of_3; printf("Enter three numbers> "); scanf ("%lf%lf%lf", &one, &two, &three); sum_n_avg (, }

4- The function sum_n_avg computes the sum and the average of three input arguments and relays its results through two output parameters. a) Write a prototype for a function sum_n_avg that accepts three double-type input parameters and returns two output parameters through reference (the sum and average). b) Write the function definition for function sum_n_avg. The function definition is where the actual computations are performed. c) Write a function call in main () for sum_n_avg. The function call can look like below: { double one, two, three, sum_of_3, avg_of_3; printf("Enter three numbers> "); scanf ("%lf%lf%lf", &one, &two, &three); sum_n_avg (, }

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter6: Modularity Using Functions

Section: Chapter Questions

Problem 7PP: (Numerical) Heron’s formula for the area, A, of a triangle with sides of length a, b, and c is...

See similar textbooks

Similar questions

(Numerical) Heron’s formula for the area, A, of a triangle with sides of length a, b, and c is A=s(sa)(sb)(sc) where s=(a+b+c)2 Write, test, and execute a function that accepts the values of a, b, and c as parameters from a calling function, and then calculates the values of sand[s(sa)(sb)(sc)]. If this quantity is positive, the function calculates A. If the quantity is negative, a, b, and c do not form a triangle, and the function should set A=1. The value of A should be returned by the function.
1-The function sum_n_avg computes the sum and the average of three input arguments and relays its results through two output parameters.a)Write a prototype for a function sum_n_avg that accepts three double-type input parameters and returns two output parameters through reference.b)Write the function definition for function sum_n_avg. The function definition is where the actual computations are performed.c)Write a function call in main () for sum_n_avg. The function call can look like below:{double one, two, three, sum_of_3, avg_of_3;printf("Enter three numbers> ");scanf("%lf%lf%lf", &one, &two, &three);sum_n_avg(__________________________________);. . .}2- Write a function definition for a function named final_grade that has a typeint input parameter called points and returns through an output parameter gradePtr the appropriate letter grade using a straight scale (90–100 is an A, 80–89 is a B, and so on). Return through a second output parameter (missedPtr) an…
// Ex 6.1 // // Write a function prototype for a function called "next" // which takes no parameters and returns no result. // Write your code for Ex 6.1 above this line. // Ex 6.2 // // Write a function called "print_rand" which returns no result // and takes, as a single argument, a pointer to an unsigned 32-bit // integer. // // The function should inspect the least significant two bits // of the integer pointed to by the argument, and depending on // the value of the bits, execute one of the following function // calls: // // 0b00: putchar('1'); // 0b01: putchar('2'); // 0b10: putchar('3'); // 0b11: putchar('4'); // // Once you have written this function uncomment the second printf() // statement in main() such that its operation can be tested. // Write your code for Ex 6.2 above this line. // Ex 6.3 // // Complete below the implementation for the function next(). // // next() should: // 1) Right shift the bits in "state" by 1 bit position. // 2) If the bit…
Section 6.9 of your textbook ("Debugging") lists three possibilities to consider if a function is not working. Describe each possibility in your own words. Define "precondition" and "postcondition" as part of your description.
main.cpp: In function ‘int main()’: main.cpp:32:25: error: expected type-specifier before ‘MilageTrackerNode’ 32 | lastNode = new MilageTrackerNode(miles, date); | ^~~~~~~~~~~~~~~~~ main.cpp:37:23: error: expected type-specifier before ‘MilageTrackerNode’ 37 | currNode=new MilageTrackerNode(miles, date); | ^~~~~~~~~~~~~~~~~ I am getting this erro for these two lines of codes and I am not sure why
Define stubs for the functions get_user_num() and compute_avg(). Each stub should print "FIXME: Finish function_name()" followed by a newline, and should return -1. Each stub must also contain the function's parameters.Sample output with two calls to get_user_num() and one call to compute_avg(): FIXME: Finish get_user_num() FIXME: Finish get_user_num() FIXME: Finish compute_avg() Avg: -1 ''' Your solution goes here ''' user_num1 = 0user_num2 = 0avg_result = 0 user_num1 = get_user_num()user_num2 = get_user_num()avg_result = compute_avg(user_num1, user_num2) print('Avg:', avg_result)
3. Write the appropriate function definition for each of the following situations:a) Write a function that separately sums the even indexed elements and old indexed elements of an array of doubles. Each element of the array contributes to one of the two sums, depending on whether the index of the element is even or odd. Your function definition must have a heading like this:void sum(double b[ ]){ int n;double *sum_even;double *sum_odd;::}
3. Write the appropriate function definition for each of the following situations:b) Write a function that computes two sums from the elements of an array of integers. Each element of the array contributes to one of the two sums, depending on whether the element itself is even or odd. Your function definition should look like this:void sum(int x[ ]){ int n;int sum_even;int sum_odd;::}
Question 2: multiply Problem statement In this question first we will practice function overloading and then function templates. Please follow below instructions. We can extend multiplication easily for string types if we interpret the operation as repetition. For example "code" * 3 may be interpreted as "codecodecode". In fact, languages like Python already support this operation. Write a C++ function named multiply that can multiply(repeat) an std::string by a given integer number and return the repeated string. Write another C++ function named multiply that can multiply two given integer (int type) numbers and return the product as an integer. Write another C++ function with the same name that can multiply a floating point number (double type) by a given integer number and return the product as a floating point number. We defined three functions with the same name without a problem. It is either because they have a different number of parameters, or because any of their…
Q3)a) Write a function to simulate coin tossing, the function will use rand function thatgives an output 0 or 1. Then function will return 0 as Head and return 1 as Tail.b) Write a complete program in C to take a number (N) from the user and toss the coinN times using the function defined in part a), and count the number of Heads andnumber of Tails. Finally, print a histogram using ‘*’ for the number of Heads andTails. For example, if the number of Heads is 5 and number of Tails is 10, the following histogram will be printed: (Hint: Use for loops for repetition and if/elsefor selection of Head or Tail).
1. Write a function maxCubeVolume in F# that takes a list of floating-point tuples that represent dimensions of a cube (length, width, and height) and returns the volume of the cube that has the largest volume. Each tuple consists of three floating point values that are all greater than zero. The volume of the cube is computed using (length*width*height). If the list is empty, return 0.0. Do not use F# system functions or methods (such as map or max). Examples in F# Interactive: > maxCubeVolume [(2.1, 3.4, 1.8); (4.7, 2.8, 3.2); (0.9, 6.1, 1.0); (3.2, 5.4, 9.9)];;val it : float = 171.072> maxCubeVolume [(0.33, 0.66, 2.75)];;val it : float = 0.59895> maxCubeVolume [];;val it : float = 0.0
Write overloaded function calculate() with following function definitions.void calculate(int x, int y ) – to calculate the sum of all even numbers from xtill y and print the sum .void calculate(char a,char n) – to print all vowels from variable a to n if anyvoid calculate(int x, int y, int z) – to print the middle number from x,y,z ifyou arrange them in ascending order.