exoenthalpic

As a noun terms

is .

As an adjective exoenthalpic is

(physics) in which enthalpy increases; exothermic.

As an adjective exoenthalpic is

(physics) in which enthalpy increases; exothermic.

Endoenthalpic is an antonym of exoenthalpic.

In physics|lang=en terms the difference between endoenthalpic and exoenthalpic

is that endoenthalpic is (physics) in which enthalpy decreases; endothermic while exoenthalpic is (physics) in which enthalpy increases; exothermic.

As adjectives the difference between endoenthalpic and exoenthalpic

is that endoenthalpic is (physics) in which enthalpy decreases; endothermic while exoenthalpic is (physics) in which enthalpy increases; exothermic.

As adjectives the difference between exothermic and exoenthalpic

is that exothermic is (chemistry|of a reaction) that releases energy in the form of heat while exoenthalpic is (physics) in which enthalpy increases; exothermic.

In physics|lang=en terms the difference between enthalpy and exoenthalpic

is that enthalpy is (physics) in thermodynamics, a measure of the heat content of a chemical or physical system while exoenthalpic is (physics) in which enthalpy increases; exothermic.

As a noun enthalpy

is (physics) in thermodynamics, a measure of the heat content of a chemical or physical system.

As an adjective exoenthalpic is

(physics) in which enthalpy increases; exothermic.