syphon

[ˈsaɪfən]

syphon Definition

  • 1a tube used to convey liquid upwards from a reservoir and then down to a lower level of its own accord
  • 2a device consisting of a tube with a bend or a U-shape that causes liquid to flow upward from a reservoir and then downward to a lower level by means of atmospheric pressure
  • 3to draw off or convey (a liquid) through a siphon

Using syphon: Examples

Take a moment to familiarize yourself with how "syphon" can be used in various situations through the following examples!

  • Example

    He used a syphon to transfer the gasoline from the can to the car.

  • Example

    The water in the fish tank was changed using a syphon.

  • Example

    The chemist used a syphon to transfer the solution from one flask to another.

syphon Synonyms and Antonyms

Synonyms for syphon

Phrases with syphon

  • to remove or take away something, especially money or resources, often in a secretive or dishonest way

    Example

    The corrupt official had been syphoning off public funds for years.

  • the principle that a fluid in a U-shaped tube will flow from a higher level to a lower level due to the difference in pressure between the two ends of the tube

    Example

    The syphon principle is used in many applications, such as in carburetors and vacuum cleaners.

  • a hand-operated pump that uses a syphon to transfer liquids from one container to another

    Example

    The syphon pump was used to transfer the fuel from the jerry can to the generator.

Origins of syphon

from Latin 'sipho', meaning 'tube'

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Summary: syphon in Brief

A 'syphon' [ˈsaɪfən] is a tube or device used to transfer liquid from a higher level to a lower level, often by means of atmospheric pressure. It can be used to transfer liquids such as gasoline, water, or chemicals. The phrase 'syphon off' is used to describe the act of secretly or dishonestly taking away money or resources. The 'syphon principle' refers to the principle that a fluid in a U-shaped tube will flow from a higher level to a lower level due to the difference in pressure between the two ends of the tube.