Promise.all()

Promise.race()

Promise.any()

Promise.none()

Using try-catch blocks.

Chaining a .catch() method to the promise.

Returning an error object from the promise.

Using a callback function to handle errors.

To execute multiple asynchronous operations in parallel.

To convert a callback function into a promise.

To avoid callback hell by making the code look synchronous.

To handle errors in a synchronous manner.

Callbacks are always executed synchronously.

Callbacks can only be used to handle asynchronous operations.

Callbacks can be nested, leading to callback hell.

Callbacks are deprecated in Node.js and should not be used.

To resolve a promise as soon as any of the input promises resolve.

To reject a promise as soon as any of the input promises reject.

To wait for all promises to resolve before returning.

To execute promises in parallel.

To handle errors in a promise chain.

To execute a function regardless of whether the promise is resolved or rejected.

To resolve a promise with a default value if it is rejected.

To reject a promise if it takes too long to execute.

Callbacks are asynchronous while promises are synchronous.

Callbacks are passed as arguments to a function while promises are returned by a function.

Callbacks can only handle errors while promises can handle both success and errors.

Callbacks are faster than promises.

To reject a promise with a default value.

To execute a function regardless of whether the promise is resolved or rejected.

To create a new promise that is already resolved with a given value.

To create a new promise that is already rejected with a given error.

To resolve a promise with a default value if it is rejected.

To execute a function regardless of whether the promise is resolved or rejected.

To create a new promise that is already resolved with a given value.

To create a new promise that is already rejected with a given error.

A situation where callbacks are executed synchronously, causing the program to block.

A situation where too many nested callbacks make the code hard to read and maintain.

A situation where callbacks return unexpected results due to race conditions.

A situation where callbacks are not executed at all due to errors in the code.