GENBIO 2| reactions Flashcards

1
Q

emission of light from a chemical reaction

A

chemiluminescence

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2
Q

two types of chemical reactions in a cell

A

endergonic
exergonic

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3
Q

energy is absorbed from the surroundings during the reaction

A

endergonic

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4
Q

a reaction that releases energy into the environment

A

exergonic

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5
Q

what does ATP stand for?

A

Adenosine Triposphate

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6
Q

the energy currency of the cell

A

Adenosine Triposphate

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7
Q

a molecule that stores energy within its bond and is highly unstable

A

Adenosine Triposphate

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8
Q

the energy within these bonds is what powers all the chemical reactions in the body

A

Adenosine Triposphate

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9
Q

to harness the energy within the bonds of ATP, the cells use a strategy called..

A

energy coupling

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10
Q

is when an exergonic reaction is directly linked with an endergonic reaction

A

energy coupling

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11
Q

a product of one reaction that is used as the reactant for the second reaction being coupled with

A

shared intermediate

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12
Q

active transport mechanism in the cell membrane that maintains the optimal ion balance across the membrane

A

Na+ -P

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13
Q

in order to pump ions across the membrane, it needs..

A

energy from ATP

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14
Q

two major life processes

A

photosynthesis
respiration

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15
Q

the chemical process where plants absorb light energy and transform it to a chemical energy

A

photosynthesis

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16
Q

primary energy conversion process forms autotrophic organisms

A

photosynthesis

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17
Q

where the energy conversion occurs

A

choloroplasts

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18
Q

is the end chemical energy product from photosynthesis

A

glucose

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19
Q

oxidizes glucose molecule and produces the cellular energy ATP

A

respiration

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20
Q

two types of respiration

A

anaerobic
aerobic

21
Q

glucose molecule into ATP with limited oxygen

22
Q

glucose molecule into ATP with limited oxygen

A

respiration

23
Q

respiration that occurs in the presence of oxygen

24
Q

chemical equation for photosynthesis

A

6C02 + 6H20 > glucose + oxygen

25
aerobic respiration equation
C6H12O6 + 6O2 > 6CO2 + 6H2O + ATP
26
3 major stages in aerobic respiration
glycolysis krebs cycle electron transport system
27
another precursor for the light reaction stage is
water
28
light and water are converted into
NADPH, ATP, and Oxygen
29
precursors lf the light-independent reactions
ATP and NADPH
30
the light-independent reactions take place in the
stroma of the chloroplasts
31
light-independent reactions do not need light energy to proceed but it utilizes
carbon dioxide
32
organelle found in plant cells
chloroplast
33
the site of photosynthesis
chloroplast
34
2 major stages of photosynthesis
light-dependent light-independent
35
light dependent occurs in the
thylakoid
36
light independent occurs in the
chloroplast
37
major stages in aerobic respiration
glycolysis krebs cycle electron transport system
38
first step in both types of respiration
glycolysis
39
this aerobic respiration occurs in the cytoplasm
glycolysis
40
this is where the pyruvate, in the form of (acetyl-COA) into forms of amino acid precursors and reducing agents such as NADH and FADH2
krebs cycle
41
occurs in the matrix of the mitochondrion organelle
krebs cycle
42
main producer of ATP
electron transport system
43
utilizes a chain of membrane bounded proteins in the mitochondrion
electron transport system
44
under limited oxygen conditions
anaerobic respiration
45
two types of fermentation
lactic acid fermentation ethanol fermentation
46
converted into lactic acid during the lactic acid fermentation
pyruvate
47
fermentation occurs in the
cytoplasm
48
converted into ethanol and carbon dioxide
pyruvate