Part 3: JavaScript - Program Outline, and Startup Function We are going to use a function, startup(), that we can consider an entry point into our running JavaScript. Below is your startup code. // Entry point startup() function startup() { // Step 1 (Required): Populate the config array with three objects to be used for each of the three // prompts, each object with the following properties: // prompt: String property to hold prompt() text // prop: String property that is the property to be used when storing user input for this prompt const config = [ ]; // Empty data array to hold prompt input const data = []; // Step 2: Use a for loop to collect user input using config array prompt for prompt(), storing all three // data points using the config prop value as the property, and all three prop: value stored in a single object // as a single array item // Step 3: Use console.log to display each data property and value on // a single line, with each property: value separated by a comma // e.g. Artist: OneRepublic, Song: I Ain't Worried, Year: 2022 // Tip: Use a for loop over the data array, and then a for loop over config } // Call startup() startup(); >> Add the above code code to your cis111-08.js JavaScript file below your multiline comment.

Part 3: JavaScript - Program Outline, Startup Function, and Prompt We are going to use a function that we can consider an entry point into our running JavaScript. Below is an outline of the major elements in our JavaScript file. getRandomInt() function: generate a random integer startup() function: entry point function call to startup() function Below is your startup code: function getRandomInt(min, max) {}function startup() {}startup(); >> Add the above code components to your cis111-07.js JavaScript file below your multiline comment. >> Copy the getRandomInt function code from your previous assignment, or from this Stackoverflow article (Links to an external site.). Remember to add a single line comment above the getRandomInt function that documents the source of the code. Before attempting to use the prompt function in your code, you should try out the function in the console. >> Enter the following into the console to test displaying the prompt dialog. prompt();…

Assume the following main module is in a program that includes the binarysearch function that was shown in a chapter. Why doesn't the pseudocode in the main module work?

1- Write a user-defined function that accepts an array of integers. The function should generate the percentage each value in the array is of the total of all array values. Store the % value in another array. That array should also be declared as a formal parameter of the function. 2- In the main function, create a prompt that asks the user for inputs to the array. Ask the user to enter up to 20 values, and type -1 when done. (-1 is the sentinel value). It marks the end of the array. A user can put in any number of variables up to 20 (20 is the size of the array, it could be partially filled). 3- Display a table like the following example, showing each data value and what percentage each value is of the total of all array values. Do this by invoking the function in part 1.

C++ Coding: ArraysTrue and False Code function definitions for eoNum() and output(): Both eoNum() and output() are recursive functions. output() stores the even/odd value in an array. Store 0 if the element in the data array is even and store 1 if the element in the data array is odd. eoNum() displays all the values in an array to the console.

Code Should Be In C++

Define a function named “getExamListInfo” that accepts an array of Exam objects and its size. It will return the following information to the caller: - The number of exams with perfect score - The number of exams with “Pass” status - The index of the Exam object in the array that has the largest score. For example, if you get the exam info for this array of Exam object Exam examList[] = { {"Midterm1 Exam", 90}, {"Midterm2 Exam", 80}, {"Final Exam", 50}, {"Extra Credit", 100}, {"Initial Test", 0}, {"Homework1", 69} } ; You will get Perfect Count: 1 Pass Count: 3 Index of the largest: 3  C++

# dates and times with lubridateinstall.packages("nycflights13") library(tidyverse)library(lubridate)library(nycflights13) Qustion: Create a function called date_quarter that accepts any vector of dates as its input and then returns the corresponding quarter for each date Examples: “2019-01-01” should return “Q1” “2011-05-23” should return “Q2” “1978-09-30” should return “Q3” Etc. Use the flight's data set from the nycflights13 package to test your function by creating a new column called quarter using mutate()

Describe how to pass an array as a parameter to a function.

C++ please