Suppose that an array is passed as a parameter. How does this differ from the usual use of a value parameter? When an array is passed as a parameter, it is like passed by reference. A new array will be created in the called function and any changes to the new array will pass back to the original array. When an array is passed as a parameter, it is passed by value. So any changes to the parameter do not affect the actual argument. When an array is passed as a parameter, changes to the array affect the actual argument. This is because the parameter is treated as a pointer that points to the first component of the array. This is different from a value parameter (where changes to the parameter do not affect the actual argument). When an array is passed as a value, changes to the array affect the actual argument. This is because the parameter is treated as a pointer that points to the first component of the array. This is different from a parameter (where changes to the parameter do not affect the actual argument).

in c++ Write a function that allows you to modify a Planet in the SolarSystem class. You can choose to pass a Planet into this function, or have the function prompt for planet information. Either way, you need to be able to specify the Planet at a specific index to be modified. This is an example of how it could potentially look in the main: // code that declared a SolarSystem the_system// and assigned planetsPlanet p("X", 2000, 4000);int index = 2;the_system.changePlanet(p, index);

Write a function which will take 2 arguments. They are: Sentence position Your first task is to take these arguments as user input and pass these values to the function parameters. Your second task is to implement the function and remove the characters at the index number which is divisible by the position (Avoid the index number 0 as it will always be divisible by the position, so no need to remove the index 0 character). Finally, add the removed characters at the end of the new string. Return the value and then finally, print the new string at the function call. ===================================================== Input:"I love programming."3Function call:function_name("I love programming.", 3)Output:I lveprgrmmngo oai. ============================================== Input:"Python is easy to learn. I love python."6Function call:function_name("Python is easy to learn. I love python.", 6)Output:Pythonis eay to earn.I lov pythn. sl eo

python only** define the following function: This function must set the value of a task in a checklist to True. It will accept two parameters: the checklist object to add to, and the name of the task to mark as completed. In addition to changing the task value, it must return the (now modified) checklist object that it was given. if the task name provided is not in the checklist, this function must print a specific message and must return None. Define completeTask with 2 parameters Use def to define completeTask with 2 parameters Use a return statement Within the definition of completeTask with 2 parameters, use return _ in at least one place. Do not use any kind of loop Within the definition of completeTask with 2 parameters, do not use any kind of loop.

Given the codes below: int compute(int firstValue, int secondValue){ int result=0; result = firstValue + secondValue; return result; } Which statement/s is/are correct? The type int of compute() function CAN'T be replace by void otherwise, you will be getting an error. The compute function can return any data type value. The compute function can return int value. The correct function call for compute function is: compute(10,0); The correct function call for compute function is: compute(10.0); The compute function can accept any number of parameters as long as they are type of int. The return statement in compute function can be omitted without getting any error. The compute function can only accept two parameters of type int.

Write a function dispense_bills(). The function determines the minimum number of bills to dispense given a withdrawal amount. The possible bills dispensed include: 50’s, 20’s, and 10’s. The number of each bill to dispense should be stored indirectly through the pointers: fifties_ptr, twenties_ptr, and tens_ptr. If the withdrawal_amount exceeds the balance, then the number of each bill to dispense should be set to 0, and 0 should be returned. If the withdrawal_amount is less than or equal to the balance, then the number of each bill to dispense should be calculated, and 1 should be returned. The function header has been provided for you. // precondition: withdrawal amount must be a multiple of 10 // return: 1 if the balance >= withdrawal_amount; 0 otherwise int dispense_bills(double balance, double withdrawal_amount, int *fifties_ptr, int *twenties_ptr, int *tens_ptr) { }

float theRealQuestion (int x, float y) { int z; if (x > 15) z = x; else z = y; return z; } Code the function prototype for the given function.

Write in C++ Sam is making a list of his favorite Pokemon. However, he changes his mind a lot. Help Sam write a function insertAfter() that takes five parameters and inserts the name of a Pokemon right after a specific index. Function specifications Name: insertAfter() Parameters (Your function should accept these parameters IN THIS ORDER): input_strings string: The array containing strings num_elements int: The number of elements that are currently stored in the array arr_size int: The number of elements that can be stored in the array index int: The location to insert a new string. Note that the new string should be inserted after this location. string_to_insert string: The new string to be inserted into the array Return Value: bool: true: If the string is successfully inserted into the array false: If the array is full If the index value exceeds the size of the array

The following program contains a simple class that is designed to allow a user to enter an integer value within a specific range. The code prompts the user with a message that explains the limits of the valid range of values, but it does not force the user to enter legal values. We have examined a number of approaches for dealing with this problem. One approach is to place an assert statement in the getValue function to terminate the program when an illegal input occurs. An alternative approach is to put a loop inside the getValue function that prompts the user repeatedly until a valid value is received. Neither of these approaches is satisfactory, because they force the user to adopt a specific approach to dealing with the error. If you compare the execution of a program with the operation of a business, you will notice that both consist of a hierarchy of classes and functions. In a business, we expect the people in the upper layers of the company (managers) to set policies and the...

For Assignment 5, you will design and write a program that covers the following topics: Functions, Vectors, Structures, and Classes. Functions & Passing Variables: Write a different function for each type of variable used. The functions should provide some sort of output through a cout or return value. Normal variable: Passing a variable by value to a paramater of a function. Show that this only makes a copy of the variable passed to it. Normal variable with a default value: Set a default value for a function parameter. Show how the default value gets used. Reference variable: Passing a variable by reference to a parameter of a function. Show how a reference variable can change the value of variable in main(). Show how the use of const can make a reference variable safer (think of it in terms of read/write). Pointer variable: Passing an address of a variable to a parameter of a function. Show how a pointer can change the value of a variable in main(). Show...

What is a stub? Group of answer choices A stub is an inline function with a single line that simply sends a "Hello" message to others, indicating that it has been activated. A stub is a function that has an empty body. It will be developed later. A stub is an inline function with a single line that simply increases the pass in value by one. A stub is a function with a single line that simply prints the name of the function, indicating that it has been activated. A stub is a short function that will generate an error message.

Language: JAVA Script write a function called 'dynamicAdder (num). The dynamicAdder function will return a new function that will allow us to create new separate customadding functions. Look below to see how this function is invoked: const addTwo = dynamicAdder (2); // returns a functionconsole.log(addTwo (5)); // 7 const addTen = dynamicAdder (10); // returns a functionconsole.log(adden(5)); // 15 const addNinety= dynamicAdder (90); // returns a functionconsole.log(addNinety (5)); // 95 *********************************************************/ function dynamicAdder(num) { |// Your code here} /****DO NOT MODIFY ANYTHING UNDER THIS LINE****/ try{| module.exports = dynamicAdder;}catch (e) {|module.exports=null;}

The distinction between void and NULL pointers is as follows: Make use of appropriate examples to support your response.