A type of reaction in which heat energy is released and there is a rise in temperature.
Exothermic reaction.
1 of 9
A type of reaction in which heat energy is absorbed and there is a fall in temperature.
Endothermic reaction.
2 of 9
The enthalpy change required to break a covalent bond with all species in the gaseous state.
Bond dissociation enthalpy.
3 of 9
A measure of heat energy given out or taken in when a chemical or physical change occurs under standard conditions.
Enthalpy change.
4 of 9
The average value of the bond dissociation enthalpy for a given type of bond taken from a range of compounds.
Mean bond enthalpy.
5 of 9
The enthalpy change when one mole of a substance is burned completely in Oxygen under standard conditions with the reactants and products in their standard states.
The standard enthalpy change of combustion.
6 of 9
The enthalpy change when one mole of a substance is formed from its constituent elements under standard conditions with the reactants and products in their standard states.
The standard enthalpy change of formation.
7 of 9
The enthalpy change for a chemical reaction is the same and, is independent of the route taken from reactants to products.
Hess's Law.
8 of 9
The energy required to raise the temperature of 1g of a substance by 1 degree.
Specific heat capacity.
9 of 9
Other cards in this set
Card 2
Front
A type of reaction in which heat energy is absorbed and there is a fall in temperature.
Back
Endothermic reaction.
Card 3
Front
The enthalpy change required to break a covalent bond with all species in the gaseous state.
Back
Card 4
Front
A measure of heat energy given out or taken in when a chemical or physical change occurs under standard conditions.
Back
Card 5
Front
The average value of the bond dissociation enthalpy for a given type of bond taken from a range of compounds.
Comments
No comments have yet been made