Question

1) The chemical energy directly utilized in Aerobic Respiration comes in the form of high energy originally derived from and free H+, forming molecules of Once they lose much of their available energy, they must react with Meanwhile, the fully oxidized carbon must be eliminated from the cell (and body) in the form of molecules of In cell respiration, a gradient of generate for the cell. The gradient of is used by bacteria to move their and to transport molecules across their membranes. (if they have one or more) 2) Fermentation is a form of A molecule of and This process is broken down into two molecules of which is subsequently released from the cell as that has a much smaller yield of the energy molecule can be used by humans to made wine and bread. Some bacteria, like lactobacillus, can perform fermentation that yields a different waste product, similar to what can be performed in animal muscle. Wordbank: protons/neutrons/ electrons/transporter/ ATP/ADP/AMP/GTP/NADPH/NADH/NAD+/CoA/ methanol/ chlorophyll/ chloroplast/ grana/ carboxy/Krebs/sunlight/ ethanol EtOH/food/sugar/glucose/fatty acids/ amino acids/flagella/ cilia/H+/DNA/RNA/CO2/H2O/O2/NO2/NH3/ NaCI/ ATP synthase/glycolysis/ pyruvate/lactic acid/ metabolism/catabolism/anabolism/lactic acid/

          1) The chemical energy directly utilized in Aerobic Respiration comes in the form of high energy
originally derived from
and free H+, forming
molecules of
Once they lose much of their available energy, they must react with
Meanwhile, the fully oxidized carbon must be eliminated from the cell (and body) in the form of
molecules of
In cell respiration, a gradient of
generate
for the cell. The gradient of
is used by bacteria to move their
and to transport molecules across their membranes.
(if they have one or more)
2) Fermentation is a form of
A molecule of
and
This process
is broken down into two molecules of
which is subsequently released from the cell as
that has a much smaller yield of the energy molecule
can be used by humans to made wine and bread. Some bacteria, like lactobacillus, can perform fermentation that yields a different
waste product,
similar to what can be performed in animal muscle.
Wordbank: protons/neutrons/ electrons/transporter/ ATP/ADP/AMP/GTP/NADPH/NADH/NAD+/CoA/
methanol/ chlorophyll/ chloroplast/ grana/ carboxy/Krebs/sunlight/ ethanol EtOH/food/sugar/glucose/fatty
acids/ amino acids/flagella/ cilia/H+/DNA/RNA/CO2/H2O/O2/NO2/NH3/ NaCI/ ATP synthase/glycolysis/
pyruvate/lactic acid/ metabolism/catabolism/anabolism/lactic acid/

1) The chemical energy directly utilized in Aerobic Respiration comes in the form of high energy
originally derived from
and free H+, forming
molecules of
Once they lose much of their available energy, they must react with
Meanwhile, the fully oxidized carbon must be eliminated from the cell (and body) in the form of
molecules of
In cell respiration, a gradient of
generate
for the cell. The gradient of
is used by bacteria to move their
and to transport molecules across their membranes.
(if they have one or more)
2) Fermentation is a form of
A molecule of
and
This process
is broken down into two molecules of
which is subsequently released from the cell as
that has a much smaller yield of the energy molecule
can be used by humans to made wine and bread. Some bacteria, like lactobacillus, can perform fermentation that yields a different
waste product,
similar to what can be performed in animal muscle.
Wordbank: protons/neutrons/ electrons/transporter/ ATP/ADP/AMP/GTP/NADPH/NADH/NAD+/CoA/
methanol/ chlorophyll/ chloroplast/ grana/ carboxy/Krebs/sunlight/ ethanol EtOH/food/sugar/glucose/fatty
acids/ amino acids/flagella/ cilia/H+/DNA/RNA/CO2/H2O/O2/NO2/NH3/ NaCI/ ATP synthase/glycolysis/
pyruvate/lactic acid/ metabolism/catabolism/anabolism/lactic acid/

Added by Danielle J.

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