What follows a try block in exception handling?

In exception handling, a try block is used to wrap code that may potentially throw an exception. Following the try block, it is essential to define how to handle those exceptions, which is where catch blocks come into play. A catch block specifies what actions to take when a particular type of exception is thrown.

The catch block is directly associated with the try block and enables the program to respond to errors gracefully without crashing. By using multiple catch blocks, you can tailor the response for different exception types, thereby allowing for more robust error handling strategies.

In addition to catch blocks, a finally block can also follow the try block, which is used to execute code that must run regardless of whether an exception was thrown or not, such as closing resources. However, the instruction explicitly asks what follows a try block, and the catch block is the primary mechanism for handling exceptions immediately after the try block.

Other structures like loops or switch statements do not have a direct relation to the flow of exception handling in this context, which emphasizes the importance of using catch blocks right after try blocks for effective error management.