A dynamically typed language is a programming language where the data type of a variable is determined at runtime rather than being explicitly declared beforehand. This means that the interpreter or compiler checks the type of a value when it's used, not when it's assigned.

Key characteristics of dynamically typed languages:

No explicit type declarations: You don't need to specify the data type of a variable when you declare it.
Flexible data types: Variables can change their data type during the execution of the program.
Runtime type checking: The interpreter or compiler checks the type of a value when it's used, which can lead to potential errors if the types are incompatible.
Examples of dynamically typed languages:

Python
JavaScript
Ruby
PHP
Advantages of dynamically typed languages:

Faster development: You can write code more quickly without worrying about type declarations.
More flexible: You can change the data type of a variable on the fly, which can be useful in certain situations.
Easier to learn: Dynamic typing can make programming easier for beginners.
Disadvantages of dynamically typed languages:

Potential runtime errors: If you use a variable incorrectly, you may not discover the error until the program is running.
Reduced performance: Dynamic typing can sometimes lead to slower execution times compared to statically typed languages.
In summary: Dynamic typing offers flexibility and ease of use, but it can also introduce potential runtime errors. Whether a dynamically typed language is the right choice for a particular project depends on the specific requirements and trade-offs involved.

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