Differences between Non-Generic Collections and Generic Collections in C#?

Differences between Non-Generic Collections and Generic Collections in C#:

Feature	Non-Generic Collections	Generic Collections
Type Safety	Not type-safe, as they operate with objects (object)	Type-safe, as they operate with specified data types
Compile-Time Safety	No compile-time type checking; potential runtime errors	Compile-time type checking prevents type-related errors
Boxing/Unboxing	Requires boxing/unboxing for value types	Avoids boxing/unboxing for value types (performance benefit)
Clarity	Less clear and explicit due to reliance on object	More clear and explicit due to specified data types
Readability	May require explicit casting when retrieving elements	No need for explicit casting when retrieving elements
Performance	May incur performance overhead due to boxing/unboxing	Better performance, especially with value types
Code Reusability	Limited code reusability due to reliance on object	Improved code reusability with specified data types
Examples	ArrayList, Hashtable, Queue, Stack	List<T>, Dictionary<K, V>, Queue<T>, Stack<T>

In summary, generic collections in C# provide type safety, improved performance, and code clarity compared to their non-generic counterparts. They are the preferred choice for modern C# development, offering better compile-time safety and readability. Non-generic collections are considered legacy and are used less frequently in contemporary C# code.