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  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:

Multithreading in C#: A Comprehensive Guide Multithreading is a programming technique that allows a program to execute multiple tasks concurrently within a single process. This can significantly improve the performance and responsiveness of applications, especially those that involve long-running or I/O-bound tasks. Key Concepts  * Thread: The smallest unit of execution within a process.  * Process: An instance of a program being executed.  * Thread Pool: A collection of reusable threads managed by the .NET Framework. Benefits of Multithreading  * Improved Performance: By distributing tasks across multiple threads, you can utilize multiple CPU cores to process tasks simultaneously.  * Increased Responsiveness: Long-running tasks can be executed in the background, preventing the main thread from becoming unresponsive.  * Enhanced User Experience: Smooth and efficient application performance can lead to a better user experience. Implementing Multithreading in...