# Speak and write with confidence.

To help you avoid using the same word too repetitively, redundantly, recurrently, incessantly, etc., etc.

To help you avoid using the same word too repetitively, redundantly, recurrently, incessantly, etc., etc.

**Synonyms:** intersection
**Definition:** the act of intersecting (as joining by causing your path to intersect your target's path)

**Hypernyms:** joining, connection, connexion
**Definition:** the act of bringing two things into contact (especially for communication)
**Usage:** the joining of hands around the table; there was a connection via the internet

**Synonyms:** intersection, crossing, crossroad, crossway, carrefour
**Definition:** a junction where one street or road crosses another

**Hypernyms:** junction
**Definition:** the place where two or more things come together

**Synonyms:** convergence, intersection, overlap
**Definition:** a representation of common ground between theories or phenomena
**Usage:** there was no overlap between their proposals

**Hypernyms:** representation, internal representation, mental representation
**Definition:** a presentation to the mind in the form of an idea or image

**Synonyms:** intersection, intersection point, point of intersection
**Definition:** a point where lines intersect

**Hypernyms:** point
**Definition:** a geometric element that has position but no extension
**Usage:** a point is defined by its coordinates

**Synonyms:** product, Cartesian product, intersection
**Definition:** the set of elements common to two or more sets
**Usage:** the set of red hats is the intersection of the set of hats and the set of red things

**Hypernyms:** set
**Definition:** a group of things of the same kind that belong together and are so used
**Usage:** a set of books; a set of golf clubs; a set of teeth

**Synonyms:** intersection
**Definition:** a point or set of points common to two or more geometric configurations

**Hypernyms:** set
**Definition:** (mathematics) an abstract collection of numbers or symbols
**Usage:** the set of prime numbers is infinite