Match the terms to the definitions provided Question 2 optio

Match the terms to the definitions provided.

Question 2 options:

dehydrogenations

anaerobic respiration

fermentation

digestion

oxidative phosphorylation

heterotrophs

aerobic respiration

ATP synthase

autotrophs

substrate-level phosphorylation

glycolysis

High-energy electrons from chemical bonds are transferred to a final electron acceptor, which is oxygen

An enzyme that couples the reentry of protons into the matrix with the phosphorylation of ADP to ATP

ATP synthetase makes ATP with energy from a proton gradient generated by an electron transport chain.

Organisms that live on the organic compounds produced by other organisms.

The use of inorganic molecules as final electron acceptors for an electron transport chain.

A series of 10 reactions used to catabolize glucose and produce ATP by substrate levels phosphorylation.

Reactions in which electrons lost are accompanied by protons.

ATP is formed by transfer of a phosphate group directly to ADP from a phosphate-bearing intermediate.

The enzymatic breakdown of large molecules into smaller ones.

The electrons generated by glycolysis are donated to organic molecules and NAD+ is recycled

Organisms that harvest energy from the sun and convert it to chemical energy by photosynthesis.

	dehydrogenations
	anaerobic respiration
	fermentation
	digestion
	oxidative phosphorylation
	heterotrophs
	aerobic respiration
	ATP synthase
	autotrophs
	substrate-level phosphorylation
	glycolysis

1.	High-energy electrons from chemical bonds are transferred to a final electron acceptor, which is oxygen
2.	An enzyme that couples the reentry of protons into the matrix with the phosphorylation of ADP to ATP
3.	ATP synthetase makes ATP with energy from a proton gradient generated by an electron transport chain.
4.	Organisms that live on the organic compounds produced by other organisms.
5.	The use of inorganic molecules as final electron acceptors for an electron transport chain.
6.	A series of 10 reactions used to catabolize glucose and produce ATP by substrate levels phosphorylation.
7.	Reactions in which electrons lost are accompanied by protons.
8.	ATP is formed by transfer of a phosphate group directly to ADP from a phosphate-bearing intermediate.
9.	The enzymatic breakdown of large molecules into smaller ones.
10.	The electrons generated by glycolysis are donated to organic molecules and NAD+ is recycled
11.	Organisms that harvest energy from the sun and convert it to chemical energy by photosynthesis.

Answer :

Dehydrogenations : Reactions in which electrons lost are accompanied by protons.

Anaerobic respiration : The use of inorganic molecules as final electron acceptors for an electron transport chain.

Fermentation : The electrons generated by glycolysis are donated to organic molecules and NAD+ is recycled

Digestion : The enzymatic breakdown of large molecules into smaller ones.

oxidative phosphorylation : ATP synthetase makes ATP with energy from a proton gradient generated by an electron transport chain.

Heterotrophs : Organisms that live on the organic compounds produced by other organisms.

Aerobic respiration : High-energy electrons from chemical bonds are transferred to a final electron acceptor, which is oxygen

ATP synthase : An enzyme that couples the reentry of protons into the matrix with the phosphorylation of ADP to ATP

Autotrophs : Organisms that harvest energy from the sun and convert it to chemical energy by photosynthesis

substrate-level phosphorylation : ATP is formed by transfer of a phosphate group directly to ADP from a phosphate-bearing intermediate

Glycolysis : A series of 10 reactions used to catabolize glucose and produce ATP by substrate levels phosphorylations