What's the difference between
and
Enter two words to compare and contrast their definitions, origins, and synonyms to better understand how those words are related.

Wilt vs Photosynthesis - What's the difference?

wilt | photosynthesis |

As nouns the difference between wilt and photosynthesis

is that wilt is the act of wilting or the state of being wilted while photosynthesis is (biology) the process by which plants and other photoautotrophs generate carbohydrates and oxygen from carbon dioxide, water, and light energy.

As a verb wilt

is to droop or become limp and flaccid (as a dying leaf or flower) or wilt can be .

wilt

English

Etymology 1

Recorded since 1691, probably an alteration of welk, itself from (etyl) welken, presumed from (etyl) (preserved in modern inchoative verwelken) or (etyl) .

Verb

(en verb)
  • To droop or become limp and flaccid (as a dying leaf or flower).
  • To fatigue; to lose strength.
  • * {{quote-news
  • , year=2011 , date=September 27 , author=Alistair Magowan , title=Bayern Munich 2 - 0 Man City , work=BBC Sport citation , passage=Not only were Jupp Heynckes' team pacey in attack but they were relentless in their pursuit of the ball once they had lost it, and as the game wore on they merely increased their dominance as City wilted in the Allianz Arena.}}
  • To cause to droop or become limp and flaccid (as a flower).
  • To cause to fatigue; to exhaust.
  • Noun

    (en noun)
  • The act of wilting or the state of being wilted.
  • Any of various plant diseases characterized by wilting.
  • Etymology 2

    Verb

    (head)
  • * Bible, Psalms
  • If thou triest my heart, if thou visitest me by night, if thou testest me, thou wilt find no wickedness in me.
    English auxiliary verb forms English ergative verbs English irregular second-person singular forms ----

    photosynthesis

    Noun

    (-)
  • (biology) The process by which plants and other photoautotrophs generate carbohydrates and oxygen from carbon dioxide, water, and light energy.
  • * {{quote-magazine, year=2013, month=September-October, author= Katie L. Burke
  • , magazine=(American Scientist), title= In the News , passage=Oxygen levels on Earth skyrocketed 2.4 billion years ago, when cyanobacteria evolved photosynthesis : the ability to convert water and carbon dioxide into carbohydrates and waste oxygen using solar energy.}}

    See also

    * chemosynthesis