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ALL DAT BOOTCAMP TESTS/ #1 Study Tool to Ace the DAT BIOL BOOTCAMP_ ALL ANSWERED.

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B - Cellular Energy Test Answered 2022. B - Fundamentals of Biology Test Answered 2022. B - Nervous System Test all answered correct B - Cells and Organelles correctly answered solution guide. B – Photosynthesis Complete solution guide 2022 B – Heredity; complete Answered solution guide la...

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  • April 27, 2022
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Bootcamp.com - Cellular Energy Test_ Answered all correct
(updated 2022)
_____ processes break down large macromolecules into smaller pieces, and usually release
energy in the form of ATP
✅- Catabolic processes break down large macromolecules into smaller pieces, and usually
release energy in the form of ATP

(think catabolic = cannibalism)

_____ processes extract energy from ATP and use it to build larger, more complex
macromolecules
✅- anabolic

_____ is a unique type of potential energy, where the chemical bonds serve as a store of
internal energy (U) and have the potential to be used to do work
✅- chemical energy

(potential energy has to do with an object's position)

what is the most common form of "non-useful" energy release?
✅- heat

_____ measures a system's useful, work performing energy
✅- Gibbs free energy (G)

_____ describes a system's energy as it progresses from an initial to final state
✅- free energy change (ΔG)

_____ is the energy associated with molecular bond energies
✅- enthalpy (H)

change in enthalpy (ΔH) is the _____ between the initial and final states of a reaction
✅- bond energy difference

a negative ΔH means that heat is _____, while a positive ΔH implies that heat is _____
✅- released; absorbed

catabolic reactions release free energy (_____), so they are an example of an _____ reaction
✅- -ΔG; exergonic

reactants (initial position) contain more internal energy than the products (final state) in
_____ reactions

,✅- exergonic

EXergonic reactions mean that free energy is _____ the system
✅- EXiting

exergonic reactions are _____
✅- spontaneous

anabolic reactions absorb free energy (_____), so they are an example of an _____ reaction
✅- +ΔG; endergonic

reactants (initial state) contain less internal energy than the products (final condition) in
_____ reactions
✅- endergonic

endergonic reactions are _____ reactions
✅- non-spontaneous

if ∆G is _____, the reaction can occur spontaneously
✅- negative

if ∆G is _____, the reaction is non-spontaneous
✅- positive

a system with a higher Gibbs free energy is considered _____ stable
✅- less

a system with a lower Gibbs free energy is considered _____ stable
✅- more

ATP is an _____ nucleoside triphosphate
✅- RNA

write the overall chemical formula for aerobic cellular respiration:
✅- C₆H₁₂O₆ + 6O₂ → 6CO₂ + 6H₂O

ATP has 3 phosphates covalently linked to a _____ sugar, which also connects to an _____
nitrogenous base
✅- ribose; adenine

_____ are the bonds found between phosphate groups
✅- phosphoanhydride bonds

,ATP molecules are _____ because the three phosphate groups are all negatively charged and
repel each other
✅- unstable

_____ is the cellular energy currency ✅- ATP

ATP → ADP +Pi is a _____ reaction
✅- hydrolysis

ATP hydrolysis reactions release free energy, making them _____ and _____
✅- spontaneous; exergonic

ADP + Pi → ATP is a _____ reaction
✅- condensation

condensation reactions absorb free energy, making them _____ and _______
✅- non-spontaneous; endergonic

ATP provides energy for all cells by transferring _____ from ATP to another molecule
✅- phosphate

(reaction coupling)

_____ links unfavorable reactions with favorable ones, as long as the net free energy change
(ΔG) for the two reactions is negative (exergonic and spontaneous)
✅- reaction coupling

_____ make many ATP molecules through cellular respiration
✅- mitochondria

where are mitochondria found in a eukaryotic cell?
✅- floating in the cytosol

(as a component of the cytoplasm)

how many membranes do mitochondria have?
✅- 2

the inner mitochondrial membrane has many indentations called _____ that increase the
surface area
✅- cristae

the acidic region between the outer and inner mitochondrial membranes is the _____
✅- intermembrane space

, the intermembrane space between the outer and inner mitochondrial membranes is
the_____ region
✅- acidic

the area deep to the inner mitochondrial membrane is the _____ ✅- mitochondrial matrix

Human muscle cells (myocytes) have a high energy requirement, so there are many _____ in
them ✅- mitochondria

Red blood cells (erythrocytes) function to carry as much oxygen as possible, therefore, they
tend to not contain any _____ ✅- mitochondria

the mitochondrial matrix contains its own circular _____ and _____ ✅- DNA; ribosomes

the _____ says that the aerobic bacteria became mitochondria, while the photosynthetic
bacteria became chloroplasts ✅- endosymbiotic theory

the endosymbiotic theory says that the aerobic bacteria became _____, while the
photosynthetic bacteria became _____ ✅- mitochondria; chloroplasts

aerobic cellular respiration is a sizable _____ pathway that requires _____ ✅- catabolic;
oxygen

what are the 4 components of aerobic cellular respiration? ✅- glycolysis; pyruvate
manipulations; the Krebs cycle; oxidative phosphorylation

the 4 pathways of aerobic cellular respiration work to break _____ into carbon dioxide and
water, with the generation of _____ ✅- glucose; ATP

the 4 pathways of aerobic cellular respiration work to break glucose into _____ and _____,
with the generation of ATP ✅- carbon dioxide; water

is aerobic cellular respiration overall endergonic or exergonic? ✅- exergonic

is aerobic cellular respiration overall oxidative or reductive? ✅- oxidative

_____ converts a six-carbon glucose molecule into 2 three-carbon compounds called
pyruvate ✅- glycolysis

glycolysis converts a six-carbon glucose molecule into _____ three-carbon compounds called
_____ ✅- 2; pyruvate

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