Write Octave commands in the script file that you just created to do the following: 1. Create a row vector r1 with six columns, where each of its elements is a 1. 2. Create a row vector r2 with six columns, where each of its elements is a 0. 3. Create a row vector r3 with six columns, where each of its elements is a random integer value between

Write Octave commands in the script file that you just created to do the following: 1. Create a row vector r1 with six columns, where each of its elements is a 1. 2. Create a row vector r2 with six columns, where each of its elements is a 0. 3. Create a row vector r3 with six columns, where each of its elements is a random integer value between

EBK JAVA PROGRAMMING

9th Edition

ISBN:9781337671385

Author:FARRELL

Publisher:FARRELL

Chapter8: Arrays

Section: Chapter Questions

Problem 9PE

See similar textbooks

Similar questions

add a menu that you design which includes these features: Ability for a user to input a set of grades into a vector. Make sure only integers between 0 and 100 are used. Cout the vector onto the screen with grades separated by spaces and starting with, "Original user vector: " Output the average grade. Ability to sort the user-inputted vector from low to high or high to low. Cout the new sorted vector onto the screen with grades separated by spaces and starting with, "Grades sorted vector: " Using the binary search method (not the linear search method), add the ability to find a user selected grade and change it.
Create a javascript file and use it as script for the products.html page. In the script, create an empty array to store the items added to the cart. Create a products array and create a product object for each of your products from products.html and store it in the products array when the script loads. The script should have the following functions: Add - Takes an id, finds the product object in the products array and adds it to the items purchased array. Remove - Takes an id and removes the corresponding object from the items purchased array. Returns html for displaying the items in the cart. Existing code: products.html <!DOCTYPE html><html> <head><title>Products</title></head> <body><div><div><a href="Checkout.html"><span style="float:right"><p>(<span>0</span>) Cart</p></span></a></div><div class="product"><img src="img/clorox.jpg"><p class="price">Price:…
Create a vector, name it Afirst, that has 13 elements in which the first is 3, the increment is 4 and the last element is 51. Then, using the colon symbol, create a new vector, call it Asecond, that has seven elements. The first four elements are the first four elements of the vector Afirst, and the last three are the last three elements of the vector Afirst
Now, add a menu that you design which includes these features: Ability for a user to input a set of grades into a vector. Make sure only integers between 0 and 100 are used. Cout the vector onto the screen with grades separated by spaces and starting with, "Original user vector: " Output the average grade. Ability to sort the user-inputted vector from low to high or high to low. Cout the new sorted vector onto the screen with grades separated by spaces and starting with, "Grades sorted vector: " Using the binary search method (not the linear search method), add the ability to find a user selected grade and change it. You May Only Use These Vector Methods: size() // Returns the number of elements empty() // Returns a boolean True if the vector is empty push_back(element) // Adds an element to the back of the vector pop_back() // Removes the element at the back of the vector front()…
1. Write a code to find the Transpose of the vector, with result. 2. Write a code to display the first five elements, with result. 3. Write a code to delete the last element, with result. 4. Write a code to add (5) to the second element, with result. 5. Write a code to find the size of the vector, with result. 6. Write a code to subtract (1) from the elements of the vector, with result.
JAVA Write an application containing three parallel arrays that hold 10 elements each. The first array hold four-digit student ID numbers, the second array holds first names, and the third array holds the students’ grade point averages. Use dialog boxes to accept a student ID number and display the student’s first name and grade point average. If a match is not found, display an error message that includes the invalid ID number and allow the user to search for a new ID number.
Q1: Create a variable A that is a column vector with eight equally spaced elements in which the first element is 68 and the last element is 12 ?
Create a NetBeans project for this activity. Project Name: MP1_<lastname_firstname> Example: MP1_Blanco_Maria  Compress the NetBeans project into .rar or .zip format and then upload to the link provided in the LMS. Program Specification: Use two-dimensional array with size 7 columns and 5 rows. Seat numbers are populated during run-time and not hard-coded. User is asked to input a seat number. The chosen seat number is replaced by the letter X. Program displays a remark “Seat successfully reserved” when reservation is done.  The class name should be SeatReservation_<lastname>. Assessments Example: SeatReservation_Blanco Week005 – Machine Problem 1  Only NetBeans project will be accepted. Non-compliance will require resubmission. The highest score for resubmission is 50%. The user is not allowed to reserve a previously reserved seat. Display “Seat is taken” remarks. The user is not allowed to enter an invalid seat number.…
Add a prompt to ask the user to input their last name (no spaces ; please use underscores if needed), age and a balance of their choice. Create a new entry in the patient_list array with this information [Important note: you can statically modify the code to have the patient_list array hold an extra entry ; no need to do any dynamic memory allocation to accommodate the new entry]. #include <iostream> #include <cstdlib> #include <cstring> using namespace std; // Declaring a new struct to store patient data struct patient { int age; char name[20]; float balance; }; // TODO: // IMPLEMENT A FUNCTION THAT COMPARES TWO PATIENTS BY AGE // THE FUNCTION RETURNS AN INTEGER AS FOLLOWS: // -1 IF THE AGE OF THE FIRST PATIENT IS LESS // THAN THE SECOND PATIENT'S AGE // 0 IF THE AGES ARE EQUAL // 1 OTHERWISE // TODO: // IMPLEMENT A FUNCTION THAT COMPARES TWO PATIENTS BY BALANCE DUE // THE FUNCTION RETURNS AN INTEGER AS…
Task 5 Create a 1-by-1000 row vector called M containing random integer numbers between 8 and 256. Using logical array indexing, assign all elements with value greater than 200 to a variable called up200. Display the dimension of variable up200. Task 6 Continuing previous task, create another variable called up100 containing all elements in M that are greater than 100 but less than 200. Display the dimension of vector up100. Append variable up200 to variable up100. Task 7 Create the following row vectors S and R. 1 3 4 7 11 Rma 10 Create another vector called sarDiff that contains the square root of the difference of s minus R corresponding elements. However, if roots result in imaginary numbers, replace those numbers with 1 9 -8 17 NARN which stands for Nota Real Number. Note that NARN is not a constant in MATLAB. The expected output of this task is: sarDiff = NARN 1.4142 NARN 3.8729 NARN
Using GNU Octave, create a row vector that has following elements: 3, 4*2.55, 68/16, 45, nthroot (100,3), cos(25) and 0.05
Directions: Read each item carefully. Create command/codes based on the information requested on each item. (R programming) Create a list that contains a numeric vector from (1 to 30, 34, 45, 47, and 50 to 70), a character vector that repeat the elements A, B, and C 30 times, and a 2 x 3 matrix that contains a number from 101 to 106 filled by rows.