Description: Type coercion in programming languages refers to the automatic conversion of a value from one type to another. This process is fundamental in languages that handle data types dynamically or statically, allowing developers to work with different data types without the need for explicit conversions. In languages like Kotlin, type coercion is performed safely, meaning the compiler checks that the conversion is valid before executing it, thus minimizing the risk of runtime errors. This feature is particularly useful in situations where interoperability between types is required, such as when working with collections or interacting with APIs that may return different data types. Type coercion also facilitates writing cleaner and more readable code, as it reduces the need for manual conversions and allows developers to focus on the program’s logic rather than type management. However, it is important to note that not all conversions are possible, and incorrect use of type coercion can lead to subtle errors that are difficult to debug.
