WITH COMPLETE ANSWERS {
GUARANTEED A+}
1st law of thermodynamics - ✔✔Energy cannot be created or destroyed but can be
transformed
Break off of a phosphate ADP --> ATP - ✔✔What provides us with energy
ATP hydrolysis - ✔✔Break down of ATP; recieving heat
ADP phosphorylation - ✔✔Combining a phosphate to ADP to produce ATP
Phosphogen and fast glycolysis - ✔✔When exercising at a high intensity, what
energy system is being used
slow glycolysis and beta oxidation - ✔✔When training at a low intensity, what
energy system is beuing used
cytoplasm of the cell - ✔✔Where does phosphogen and fast glycolysis occur
, Mitochondria of cells - ✔✔Where does slow glycolysis and beta oxidation occur
phosphogen system - ✔✔Little maximal avaible energy, but generates maximal
rate of ATP
creatine kinase - ✔✔protein found in blood that we need to function
Glycolysis - ✔✔the breakdown of glucose by enzymes, releasing energy and
pyruvic acid.
Gluose - ✔✔Stored in blood
Glycogen - ✔✔Storage form of glucose
Phosphofructokinase - ✔✔The enzyme that catalyzes the phosphorylation of
fructose-6-phosphate to form fructose-1-6-bisphosphate in the third step of
glycolysis. This is the main regulatory step of glycolysis. (gatekeeper)
The enzyme: Aldose - ✔✔split 6 carbon chain into 2; doubling production
2 ATP - ✔✔How many ATP does glucose net in glycolysis
3 ATP - ✔✔1 NADH =
gylcogen - ✔✔What does the body perfer to use in glycolysis?