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 Stock Splits Explained: A Deep Dive into What It Means for Investors In the world of stock markets, a "stock split" is a corporate action where a company increases the number of its outstanding shares by issuing more shares to current shareholders, without changing the total value of their holdings. Essentially, it's like cutting a pizza into more slices – the size of the pizza remains the same, but each slice is smaller. The most common type of stock split is a forward stock split, often seen in ratios like 2-for-1, 3-for-1, or 3-for-2. In a 2-for-1 split, for every one share an investor holds, they will receive an additional share. Consequently, the price per share is halved. For instance, if you own 100 shares of a company trading at $100 per share, after a 2-for-1 split, you would own 200 shares, but the price of each share would adjust to $50. Your total investment value remains unchanged at $10,000 (200 shares x $50).

  🧠 Why FOMO Happens in the Brain 1. Social Survival Wiring Humans evolved in small groups where being “out of the loop” could mean missing food, safety, or status. Your brain still treats exclusion as a survival threat, even if it’s just missing a concert 2. Dopamine & Reward Loops Seeing exciting updates (travel photos, job offers, big purchases) triggers your dopamine system — the same brain pathway that drives curiosity and craving. You start chasing information like it’s a snack. 3. Comparison Bias

  This guide will walk you through the key components, using modern Android development practices with Jetpack Compose for Wear OS and StateFlow for reactive data handling. Project Goal We will build a watch face that has a collection of backgrounds. Each day, at midnight, the watch face will automatically cycle to the next background in the sequence, creating a fresh look. Prerequisites  * Android Studio (latest version).  * A Wear OS emulator or a physical Wear OS device for testing.  * Basic knowledge of Kotlin .

  Wear OS Android UI Application in Kotlin Here's a comprehensive Wear OS application built with Kotlin that demonstrates key UI components and patterns for smartwatches like Zeblaze. 1. Project Setup First, ensure your  build.gradle (Module)  includes these dependencies:

Unreal Engine Basics  🎮** Unreal Engine (UE) is a powerful  game engine  developed by  Epic Games , widely used for creating  games, simulations, VR/AR experiences, and even films . Below are the fundamental concepts to get started.

 Unreal Engine is a powerful and widely-used game development platform created by Epic Games. It is known for its high-quality graphics, robust toolset, and flexibility, making it a popular choice for creating games, simulations, and interactive experiences. Below are the **fundamentals of Unreal Engine** to help you get started:

 Unreal Engine (UE) is a powerful 3D computer graphics game engine developed by Epic Games. Here's a breakdown of what that means:  * Game Engine:    * Essentially, it's a software framework that provides developers with all the necessary tools to create video games. This includes tools for:

  Creating an email login and sign-in UI in Kotlin involves designing the user interface using XML for the layout and writing the logic in Kotlin. Below is a step-by-step guide to creating a simple email login and sign-in UI in Android using Kotlin.

File handling in Kotlin is straightforward and can be done using the standard library functions. Kotlin provides a rich set of APIs to read from and write to files, making it easy to work with files in your applications. Below are some common operations for file handling in Kotlin: 1.  Reading a File You can read the contents of a file in several ways:

  Exception handling in Kotlin is similar to other languages like Java, but with some differences and improvements. Kotlin does not have checked exceptions, which means you are not required to catch or declare exceptions. This makes the code cleaner and more concise. Here's how exception handling works in Kotlin: 1.  Basic Exception Handling with  try-catch Kotlin uses the  try-catch  block to handle exceptions. The syntax is straightforward:

  Kotlin, like any programming language, can produce errors during development. These errors can be categorized into several types, such as   compile-time errors ,   runtime errors , and   logical errors . Below is an overview of common errors in Kotlin and how to address them: 1.  Compile-Time Errors These occur when the Kotlin compiler detects issues in your code before it runs. Common examples include:

  Kotlin is a modern, statically-typed programming language that fully supports   Object-Oriented Programming (OOP)   concepts. Below is an explanation of the four main OOP concepts in Kotlin, along with examples. 1.   Encapsulation Encapsulation is the practice of bundling data (properties) and methods (functions) that operate on the data into a single unit, called a   class . It also involves restricting direct access to some of an object's components, which is achieved using   access modifiers .

Kotlin, a statically typed programming language, is widely used for Android development and other JVM-based applications. It provides robust support for mathematical operations, leveraging both standard library functions and Java's mathematical capabilities. Here's an overview of how to perform common mathematical operations in Kotlin: 1.  Basic Arithmetic Operations Kotlin supports standard arithmetic operations like addition, subtraction, multiplication, division, and modulus.

  In Kotlin, strings are sequences of characters and are represented by the   String   type. Strings are immutable, meaning that once a string is created, it cannot be changed. However, you can perform various operations on strings to create new strings. Below are some key features and operations related to strings in Kotlin:

  In Kotlin, arrays are used to store multiple values of the same type in a single variable. Kotlin provides several ways to create and work with arrays. Here's an overview of arrays in Kotlin: 1.  Creating Arrays Kotlin provides the  arrayOf()  function to create arrays of a specific type. Example: kotlin Copy val numbers = arrayOf ( 1 , 2 , 3 , 4 , 5 ) // Array of integers val names = arrayOf ( "Alice" , "Bob" , "Charlie" ) // Array of strings For primitive types, Kotlin provides specialized array classes like  IntArray ,  DoubleArray ,  BooleanArray , etc., which are more efficient. Example:

 Kotlin functions are a fundamental building block of the language, allowing you to organize and reuse code. Here's a breakdown of key concepts: Basic Function Structure:  * fun keyword:

 Iteration in Kotlin is versatile and offers several ways to loop through collections, ranges, and other iterable structures. Here's a breakdown of the common iteration techniques: 1. for Loops:  * Iterating over a collection:    val fruits = listOf("apple", "banana", "cherry") for (fruit in fruits) {     println(fruit) }

 In Kotlin, the "if-else ladder" is a way to handle multiple conditions sequentially. It allows your program to check a series of conditions and execute the corresponding code block when a condition is met. Here's a breakdown: How it Works:  * Sequential Checking:    * The conditions are checked in the order they appear.    * Once a condition evaluates to true, the associated code block is executed, and the rest of the ladder is skipped.

 When discussing "selection" in Kotlin, it's important to differentiate between general conditional selection (like if and when expressions) and the more specialized select expression used with Kotlin coroutines. Here's a breakdown: 1. Basic Conditional Selection:  * if expression:    * This is the fundamental way to make decisions in Kotlin.    * It allows you to execute different blocks of code based on a boolean condition.