I can describe the processes that allow organisms to use energy stored in biological macromolecules.
I can describe fermentation.
I can describe cellular respiration.
I can describe the electron transport chain.
I can identify locations of electron transport chains.
I can describe ways that electrons are moved through the process of cellular respiration.
I can identify the final electron acceptor in each electron transport chain.
I can describe the process of electrons moving down the electron transport chain.
I can describe the process that generates the proton gradient.
I can identify the location with the high proton concentration.
I can describe the effect of a high proton concentration on the pH of a region.
I can compare electron transport chains in eukaryotes and prokaryotes.
I can describe chemiosmosis.
I can describe oxidative phosphorylation.
I can describe photophosphorylation.
I can describe ways that endotherms maintain their body temperature.
I can explain ways cells obtain energy from biological macromolecules in order to power cellular functions.
I can describe glycolysis.
I can identify the starting materials of glycolysis.
I can identify the products of glycolysis.
I can identify where the parts of cellular respiration take place in the cell.
I can describe the Krebs cycle.
I can identify the starting materials of Krebs cycle.
I can identify the products of Krebs cycle.
I can describe ways electrons are transported to the electron transport chain.
I can describe the result of electrons transferred between molecules in the electron transport chain.
I can describe the function of fermentation.
I can describe the function of ATP hydrolysis.