Documents shared by Anónimo

201        202           203.
1.180    1.02           1.16  
2.1         2.2,18        2.-2,5
3.-04    3.08           3.-6
4.123    4.1,35        4.-1.75
5.3         5.79,2        5.-4
6.5         6.3,75        6.-1,25
7.23       7.044         7.0,6
8.23      8.095         8.14
9.-13     9.126          9.5
10.072   10.1,2         10.0,5
11.50      11.6           

sort-by-emer-mbiemer

const people = [
  { id: 1, name: "John Wilson" },
  { id: 2, name: "Emma Johnson" },
  { id: 3, name: "Michael Brown" },
  { id: 4, name: "Sophia Davis" },
  { id: 5, name: "William Zoy" },
  { id: 6, name: "Olivia Martine" },
];
people.sort((a, b) => {
  let lastNameA = a.name.split(" ")[1];
  let lastNameB = b.name.split(" ")[1];
  return lastNameA.localeCompare(lastNameB);
});

console.log(people);

sort-by-name

const students = [
  {
    name: "Alex",
    points: 31,
 

Вариант 2 Задание 1

• Дебет 62 / Кредит 90-1 — 122 000 руб. (отражена выручка от продажи продукции)

• Дебет 90-3 / Кредит 68-НДС — 22 000 руб. (начислен НДС с выручки)

• Дебет 51 / Кредит 62 — 122 000 руб. (поступила оплата от покупателя на расчётный счёт)

  Задание 2. 

  1. Получены на расчётный счёт кредиты

Forms Object in JavaScript:- The Form Object in JavaScript represents an HTML form. It is used to access and control form elements such as text fields, buttons, checkboxes, and radio buttons. Using the form object, developers can handle form data and perform validation easily. Forms are accessed through the document.forms collection.

Syntax of Form Object:- document.forms["formname"]

Example:- document.forms["myform"]

This accesses the form named myform.

Properties of Form Object:- 1. action Property:

In C++, **Operator Overloading** is a compile-time polymorphism feature that allows you to grant custom meanings to existing C++ operators (like +, -, *, ==, etc.) when they are applied to user-defined data types (objects).
It does not let you create *new* operators (you cannot invent a ** operator), nor does it change the precedence or associativity of existing ones. It simply makes your custom objects behave intuitively, like built-in data types.
## 1. Syntax of Operator Overloading
To overload an

In C++, lifecycles of objects are managed automatically or dynamically through two special types of member functions: **Constructors** and **Destructors**. They control how memory is allocated, initialized, and cleaned up when an object is created and destroyed.
## 1. What is a Constructor?
A **constructor** is a special member function that is automatically called when an object of a class is instantiated. It has the same name as the class and does not have a return type (not even void). Its primary

C++ was originally called "C with Classes" because its primary purpose was to add Object-Oriented Programming (OOP) features to the C language. Here is a detailed breakdown of these core object-oriented features.
## 1. Core OOP Concepts
### Classes and Objects
 * **Class:** A user-defined data type that acts as a blueprint or template for creating objects. It defines data (attributes) and functions (behavior) grouped together.
 * **Object:** An instance of a class. When a class is defined, no memory

In C++, Input/Output (I/O) operations are managed through a hierarchy of classes collectively known as **streams**. A stream is an abstraction that represents a flow of data between a source (like a keyboard) and a destination (like a screen).
Here is a comprehensive breakdown of how C++ handles both unformatted and formatted I/O operations, along with the core stream mechanisms.
## Streams, Insertion, and Extraction
At the heart of C++ I/O are the standard stream objects:
 * cin: Standard input stream