Exam 1 - Outline 3 - Handout Flashcards

(43 cards)

1
Q

-CELL STRUCTURE-

__________ (= before nucleus)
– no nuclei or other membrane-bound organelles

A

prokaryotic cells

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2
Q

-CELL STRUCTURE-

prokaryotic cells (= \_\_\_\_\_\_\_\_\_\_  nucleus) 
– no nuclei or other membrane-bound organelles
A

before

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3
Q

-CELL STRUCTURE-

prokaryotic cells (= before nucleus) 
– \_\_\_\_\_\_\_\_\_\_ nuclei  or other membrane-bound \_\_\_\_\_\_\_\_\_\_
A
  • no

- organelles

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4
Q

-CELL STRUCTURE-

__________ (= true nucleus)
– possess nuclei & other membrane-bound organelles

A

eukaryotic cells

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5
Q

-CELL STRUCTURE-

eukaryotic cells (= \_\_\_\_\_\_\_\_\_\_  nucleus) 
– possess nuclei & other membrane-bound organelles
A

true

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6
Q

-CELL STRUCTURE-

eukaryotic cells (= true nucleus) 
– \_\_\_\_\_\_\_\_\_\_ nuclei & other \_\_\_\_\_\_\_\_\_\_-bound organelles
A
  • possess

- membrane

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7
Q

-CELL ASSOCIATIONS-

__________ – organism composed of a single cell

A

unicellular

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8
Q

-CELL ASSOCIATIONS-

unicellular – organism composed of __________ cell/cells

A
  • a single
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9
Q

-CELL ASSOCIATIONS-

__________ – organism composed of many cells

A

multicellular

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10
Q

-CELL ASSOCIATIONS-

multicellular – organism composed of __________ cell/cells

A

many

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11
Q

-NUTRITION-

__________ (= self nourished)
– organisms make food (organic molecules) from inorganic molecules

A

autotrophy

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12
Q

-NUTRITION-

autotrophy (= __________ )
– organisms make food (organic molecules) from inorganic molecules

A

self nourished

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13
Q

-NUTRITION-

autotrophy (= self nourished)
– organisms make food (__________ molecules) from __________ molecules

A
  • organic

- inorganic

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14
Q

__________ (principal autotrophic process)

A

PHOTOSYNTHESIS

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15
Q

-PHOTOSYNTHESIS-

__________ + chlorophyll + carbon dioxide + water → food (sugar = glucose) + oxygen

A

solar energy

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16
Q

-PHOTOSYNTHESIS-

solar energy + __________ + carbon dioxide + water → food (sugar = glucose) + oxygen

A

chlorophyll

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17
Q

-PHOTOSYNTHESIS-

solar energy + chlorophyll + __________ + water → food (sugar = glucose) + oxygen

A

carbon dioxide

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18
Q

-PHOTOSYNTHESIS-

solar energy + chlorophyll + carbon dioxide + __________ → food (sugar = glucose) + oxygen

19
Q

-PHOTOSYNTHESIS-

solar energy + chlorophyll + carbon dioxide + water → __________ (sugar = glucose) + oxygen

20
Q

-PHOTOSYNTHESIS-

solar energy + chlorophyll + carbon dioxide + water → food (sugar = __________) + oxygen

21
Q

-PHOTOSYNTHESIS-

solar energy + chlorophyll + carbon dioxide + water → food (sugar = glucose) + __________

22
Q

__________ use energy from the sun to make organic molecules (food) from inorganic molecules.

23
Q

Autotrophs use energy from the sun to make __________ molecules (food) from __________ molecules.

A
  • organic

- inorganic

24
Q

Autotrophs then use the energy contained in food (organic molecules) to do __________ work (make new cells or growing), just as __________ do

A
  • cellular

- heterotrophs

25
__________ (= other nourished) | – organisms obtain food (organic molecules) by eating other living things, which are composed of organic molecules
heterotrophy
26
heterotrophy (= __________) | – organisms obtain food (organic molecules) by eating other living things, which are composed of organic molecules
other nourished
27
heterotrophy (= other nourished) – organisms obtain food (organic molecules) by __________ other living things, which are composed of __________ molecules
- eating | - organic
28
some __________ digest their food outside of their bodies (__________ by absorption)
- heterotrophs | - heterotrophic
29
some heterotrophs digest their food __________ of their bodies (heterotrophic by absorption)
outside
30
some heterotrophs digest their food outside of their bodies (heterotrophic by __________ )
absorption
31
other heterotrophs digest their food __________ of their bodies (heterotrophic by ingestion)
inside
32
other heterotrophs digest their food inside of their bodies (heterotrophic by __________ )
ingestion
33
Heterotrophs use the energy contained in food (__________ ) to do cellular work, just as autotrophs do.
organic molecules
34
__________ use the energy contained in food (organic molecules) to do cellular work, just as __________ do.
- Heterotrophs | - autotrophs
35
__________ (principal energy-releasing process)
AEROBIC RESPIRATION
36
AEROBIC RESPIRATION (principal __________ process)
energy-releasing
37
-AEROBIC RESPIRATION- __________ + oxygen → energy (ATP) + carbon dioxide
sugar (food)
38
-AEROBIC RESPIRATION- sugar (food) + __________ → energy (ATP) + carbon dioxide
oxygen
39
-AEROBIC RESPIRATION- sugar (food) + oxygen → __________ + carbon dioxide
energy (ATP)
40
-AEROBIC RESPIRATION- sugar (food) + oxygen → energy (ATP) + __________
carbon dioxide
41
BOTH autotrophs and heterotrophs engage in aerobic __________
respiration
42
BOTH autotrophs and heterotrophs engage in aerobic respiration. That is, both autotrophs and heterotrophs obtain the energy they need (______) to do cellular work in the same way.
ATP
43
BOTH autotrophs and heterotrophs engage in __________ respiration. That is, both autotrophs and heterotrophs obtain the energy they need (ATP) to do __________ work in the same way.
- aerobic | - cellular