Velocity head: Difference between revisions
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|term=Velocity head | |term=Velocity head | ||
|definition=The kinetic energy is the energy that an object contains due to its motion. It corresponds to the force that must be expended to move the object from rest into an instantaneous movement. | |definition=The kinetic energy is the energy that an object contains due to its motion. It corresponds to the force that must be expended to move the object from rest into an instantaneous movement. | ||
|source=Translated from "DIN 4044" | |||
Speed height - is the height measure h, around which a body must fall freely so that it reaches the speed v by the acceleration of the gravity g. Thus the relation h = v2: 2g exists (see severity); H is also the same as the height or the pressure. The kinetic energy is the energy that an object contains due to its motion. | |||
|synonyms=Speed height | |||
|source=Translated from "DIN 4044"; translated from universal lexikon de academic | |||
|name_de=Kinetische Energiehöhe | |name_de=Kinetische Energiehöhe | ||
|links=http://universal_lexikon.deacademic.com/242987/Geschwindigkeitsh%C3%B6he (retrieved 24.08.2017) | |||
}} | }} | ||
Revision as of 10:22, 2 March 2018
Definition
The kinetic energy is the energy that an object contains due to its motion. It corresponds to the force that must be expended to move the object from rest into an instantaneous movement.
Speed height - is the height measure h, around which a body must fall freely so that it reaches the speed v by the acceleration of the gravity g. Thus the relation h = v2: 2g exists (see severity); H is also the same as the height or the pressure. The kinetic energy is the energy that an object contains due to its motion.
Synonyms
Speed height
Abbreviations
Source
Translated from "DIN 4044"; translated from universal lexikon de academic
Related terms
Additional links
http://universal_lexikon.deacademic.com/242987/Geschwindigkeitsh%C3%B6he (retrieved 24.08.2017)