SBI 4U1 ~ Energy Balance Sheet For Cellular Respiration
Problem: How many molecules of ATP are produced when one molecule of glucose is
completely oxidized to CO​2​ and H​2​O?
Part 1​: ​GLYCOLYSIS
TOTALS
Number of ATP used up
= ________
Number of ATP produced
= ________
Net Total
= ________
________
Part 2​: ​PYRUVATE OXIDATION
Number of ATP produced
= ________
________
= ________
________
Part 3​: ​KREB’S CYCLE
Number of ATP produced
Part 4: ​ELECTRON TRANSPORT CHAIN:
From GLYCOLYSIS:
________ NADH produce ________ ATP
________
________ NADH produce ________ ATP
________
________ FADH​2​ produce ________ ATP
________
From PYRUVATE OXIDATION:
________ NADH produce ________ ATP
________
From KREB’S CYCLE:
GRAND TOTAL = ________
EFFICIENCY:
If one mole of glucose has 686 000 calories of energy and each ATP mole has 7300 calories of
energy. Calculate the efficiency of energy production from complete oxidation of glucose.