multiply func(x, y int) int

func multiply(x, y int) (int)

def multiply(x int, y int) int

function multiply(x int, y int) -> int

They enable multiple inheritance in Go

They improve the performance of Go programs

They make it easier to write concurrent programs

They allow for dynamic dispatch and polymorphism

It is used to create new types from existing types

It is used to convert a value from one type to another

It is used to check if a value is of a certain type

It is used to access the fields of a struct type

It is used to create new types from existing types

It is used to convert a value from one type to another

It is used to check if a value is of a certain type

It is used to access the fields of a struct type

It is used to write data to a file or network connection

It is used to read data from a file or network connection

It is used to manage memory allocation in a Go program

It is used to handle errors in a Go program

To define a set of methods for handling errors in a Go program

To define a type for error messages in a Go program

To define a way to propagate errors up the call stack in a Go program

To define a way to catch and handle panics in a Go program

They can be used to convert an interface value to a pointer type

They always return a non-nil value

They can be used to check if an interface value implements a particular interface

They can be used to create a new type from an existing type

It is used to create new interfaces from existing ones

It is used to combine the methods of multiple interfaces into a single interface

It is used to combine the fields of multiple struct types into a single type

It is used to define a method on an existing interface

They allow for multiple inheritance in Go

They make it easier to write concurrent programs

They provide a way to enforce strict typing in a Go program

They do not rely on a type hierarchy, allowing for more flexibility in code design

They provide a way to enforce strict typing in a Go program

They make it easier to write concurrent programs

They allow for dynamic dispatch and polymorphism

They provide a way to adapt to different APIs without changing the underlying code