#   
## Overview

The **`intersect` method** is used to find the #key# intersection: This returns a new set of elements that are common in the provided sets. #key# of the given sets.

## Syntax 

```julia
intersect(s, itrs...)
```

## Arguments
This method takes the `sets` as an argument.

## Return value
 This method returns a `set` that contains the common elements of the provided argument `sets`.

## Code example

The code given below demonstrates how we can use the `intersect` method:


# intersection of two set
println(intersect(Set([1, 2]), Set([1, 4])))

# intersection of two set
println(intersect(Set([1, 2]), Set([3, 4])))

# intersection of two set
println(intersect(Set([1, 2]), Set([1, 2])))

julia_intersect

## Code explanation 



* **Line 2**: We use the `intersect` method to find the common elements between the `sets` [1,2] and [1,4]. The common elements between the two `sets` is `1`, so a new set with [1] as an element is returned.

* **Line 5**: We use the `intersect` method to find the common elements between the `sets` [1,2] and [3,4]. There is no common element between these two `sets`, so an empty set is returned.

* **Line 8**: We use the `intersect` method to find the common elements between the `sets` [1,2] and [1,2]. The common elements between the two `sets` are `1` and `2`, so a new set with [1, 2] as its elements is returned.

How to use the intersect() method of a set in Julia

Overview

Syntax

Arguments

Return value

Code example

Code explanation