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endoergic

endoergic

9.9
To take in energy from the surroundings during a chemical or nuclear reaction
  • adjective
  • /ˌɛndoʊˈɜrdʒɪk/
  • Specialized
translation icon : endoérgico
  • An endoergic process absorbs energy from its surroundings.

Examples

  • The fusion reaction is endoergic, requiring a continuous input of energy to proceed.

  • In comparison to exoergic reactions, endoergic processes absorb energy from their environment.

  • An endoergic nuclear process will not occur spontaneously under normal conditions.

  • The endoergic reaction requires heat to proceed.

  • An endoergic nuclear process will not occur spontaneously under normal conditions.

  • In comparison to exoergic reactions, endoergic processes absorb energy from their environment.

  • The fusion reaction is endoergic, requiring a continuous input of energy to proceed.

Synonyms

endothermic
vsendoergic
  • Specialized
2 7.7

Taking in heat from the area around it

absorbs energy broadly, not limited to heat
energy-absorbing
vsendoergic
  • Specialized
1 5.7

To take in energy from a hit or heat instead of releasing it

is specific to chemical or nuclear reactions rather than general materials
endergonic
vsendoergic
  • Specialized
9.9

A chemical reaction that needs energy because the things made have more energy than the ones you start with

focuses on general energy absorption without stressing free energy change
endothermal
vsendoergic
  • Specialized
9.9

Absorbs heat during a chemical process

refers to energy absorption generally rather than only heat

Antonyms

exoergic
  • Specialized
9.9

Releasing energy in a chemical or nuclear reaction

Compounds

endoergic reaction
  • Specialized
9.9

A reaction in the centre of an atom that takes in energy from around it

Surface Forms

endoergic positive

Morphology

endoergic = endoerg (semi-transparent) = endo + erg + ic

The root 'endoerg' is clear, but the scientific context may not be immediately obvious to all learners.

Etymology

Endoergic comes from the parts endo- ('inside') and erg- ('work' or 'energy'), so it literally means a process that 'takes in' energy. That's why an endoergic reaction absorbs energy from its surroundings.