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Inheritance is one of the four primary principles of Object-Oriented Programming (OOP). It allows a class (child or derived class) to inherit properties and methods from another class (parent or base class). This promotes code reuse and establishes a hierarchical relationship between classes, making it easier to organize and scale the codebase.

A class is a blueprint or template for creating objects (instances). An object is an instance of a class, representing a specific tangible occurrence of the class blueprint.

Managed code is executed by the .NET runtime (CLR) and is under its management, benefiting from features like garbage collection and exception handling. Unmanaged code is executed directly by the operating system without CLR's intervention, typically written in languages like C++.

Memory-mapped files allow the mapping of a section of the file on disk to the application's memory space. This provides a mechanism for efficient file I/O operations and inter-process communication.

CAS stands for Code Access Security. It's a part of .NET's security model that controls and restricts what resources a .NET application can access based on policies and permissions.

Garbage collection is a memory management feature in .NET that automatically frees up memory by reclaiming objects that are no longer in use, ensuring optimal memory utilization.

The Global Assembly Cache (GAC) is a central repository for .NET assemblies that are intended for shared use by multiple applications on a system.

MVC stands for Model-View-Controller. It's a design pattern used primarily in web applications, dividing the application into three interconnected components, promoting organized and scalable application architecture.

.NET supports Stack and Heap memory. The Stack is used for static memory allocation, while the Heap is used for dynamic memory allocation.

In .NET, delegation refers to a type-safe method pointer. Delegates allow methods to be passed as parameters and are crucial for defining callback methods, particularly for events.

Some parameters include `MaxPoolSize`, `MinPoolSize`, `ConnectTimeout`, and `Pooling`.

The primary requirement is that the connection strings must be identical. Pooling is based on the exact match of the connection string. The presence of similar protocols and settings and the existence of multiple processes with the same connection parameters are also crucial requirements for connection pooling.

The `Tuple` class in .NET can hold up to 8 elements. For more elements, the eighth element can be another tuple.

Role-based security refers to granting permissions to users based on their roles. It provides a mechanism to ensure that only users with the appropriate role can access certain functionalities or sections of an application.