Adenosine Diphosphate

Adenosine Triphosphate

not an energy molecule

Adenotriplet phosphate

in the carbon bonds

in the phosphate bonds

in the hydrogen bonds

in all of thesse

glucose and carbon dioxide

water and glucose

glucose and ATP

glucose and oxygen

glycolysis

Krebs' Cycle

Calvin Cycle

electron transport

glycolysis

aerobic respiration

Krebs' cycle

Electron transport

glucose into ATP

glucose into pyruvate (pyruvic acid)

glucose into oxygen

glucose into ADP

glycolysis and Krebs' Cycle

Krebs' Cycle and Electron Transport

Calvin Cycle and Electron Transport

Glycolysis only

matrix

cristae

nucleus

outer membrane

an enzyme that makes ADP

an enzyme that breaks ATP

an enzyme that breaks ADP

an enzyme that make ATP

It is the final electron acceptor which increases the H+ concentration gradient

It is the final electron acceptor which maintains the H+ concentration gradient

It is the final proton acceptor which maintains the oxygen concentration gradient

It is the final enzyme acceptor which maintains the H+ concentration gradient

It prevents the break down of glucose

It prevents the break down of ATP

It prevents the electrons from being transported in the electron transport 

It helps produce carbon dioxide

Structures of animal cells to produce ATP

Organelles where lipids are elaborated

Specialized structures of plants where food is made

Waste organelle of plants