Mbwysis produces two pyruvic acid molecules per glucose
the hydrogen-carrying nadh molecules. remember also
another hydrogen carrier called fadh. it is important to know that
when each nadh gives up electrons and hydrogen ions,
make three atp molecules. when each fadh, gives up electrons
potential energy change to make two atp molecules.
tuvic acid molecules per glucose molecule along with two
falso that the krebs cycle produces nadh as well as
portant to know that during the electron transport chain,
hydrogen ions, there is enough of a potential energy change to
gives up electrons and hydrogen ions, there is enough of a
20. fill in the chart below to calculate the total an
each glucose molecule during the three steps of cellular respiration.
w to calculate the total amount of atp produced from the breakdown of
number of h-carriers produced
number of atp produced from one glucose molecule
from one glucose molecule
nadh fadh
glycolysis
krebs cycle
electron transport chain
total atp produced
grand total atp produced (add all 3 columns above)
in which tage of the process each mol-