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communicate
[ kuh-myoo-ni-keyt ]
verb (used with object)
- to impart knowledge of; make known:
to communicate information;
to communicate one's happiness.
- to give to another; impart; transmit:
to communicate a disease.
- to administer the Eucharist to.
- Archaic. to share in or partake of.
verb (used without object)
- to give or interchange thoughts, feelings, information, or the like, by writing, speaking, etc.:
They communicate with each other every day.
- to express thoughts, feelings, or information easily or effectively.
- to be joined or connected:
The rooms communicated by means of a hallway.
- to partake of the Eucharist.
- Obsolete. to take part or participate.
communicate
/ kəˈmjuːnɪˌkeɪt /
verb
- to impart (knowledge) or exchange (thoughts, feelings, or ideas) by speech, writing, gestures, etc
- trusually foll byto to allow (a feeling, emotion, etc) to be sensed (by), willingly or unwillingly; transmit (to)
the dog communicated his fear to the other animals
- intr to have a sympathetic mutual understanding
- intrusually foll bywith to make or have a connecting passage or route; connect
- tr to transmit (a disease); infect
- intr Christianity to receive or administer Communion
Derived Forms
- comˈmunicatory, adjective
- comˈmuniˌcator, noun
Other Words From
- noncom·muni·cating adjective
- over·com·muni·cate verb overcommunicated overcommunicating
- precom·muni·cate verb precommunicated precommunicating
- uncom·muni·cating adjective
- well-com·muni·cated adjective
Word History and Origins
Origin of communicate1
Word History and Origins
Origin of communicate1
Synonym Study
Example Sentences
"They need to make clear that cannabis is a product meant for adults and communicate its potential harms, especially for developing adolescent brains."
Their amygdala was communicating with a nearby brain region called the hippocampus that remembers and predicts.
She said that during her first year in office, her staff communicated with the property owner about turning the site into a city park.
"SNNs are artificial neural networks that mimic how biological brains process information using brief, discrete signals, much like how neurons in animal brains communicate," Miss Hussaini said.
Two of Dr. Li's doctoral students, Micah Yang and David Bakker, have engineered a new molecule that could transform how cells adhere to and communicate with one another.
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