Topic 2/8 - Part 3 - Pictures/Diagrams Flashcards

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1
Q

Draw a diagram to illustrate glycolysis

A

Refer to picture

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2
Q

Draw a diagram to illustrate the link reaction

A

Refer to picture

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3
Q

Draw a diagram to illustrate the Kreb’s cycle

A

Refer to picture

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4
Q

Annotate the diagram to illustrate oxidative phosphorylation

A

Refer to picture

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5
Q

Fill in the following chart.

A

Refer to picture

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6
Q

Annotate the diagram to illustrate the stages of aerobic respiration

A

Refer to picture

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7
Q

Annotate the following diagram of a mitochondrion

A

Refer to picture

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8
Q

Draw an absorption spectrum for chlorophyll

A

Refer to picture

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9
Q

Draw an action spectrum for photosynthesis

A

Refer to picture

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10
Q

Compare the absorption spectrum for chlorophyll and the action spectrum for photosynthesis and suggest reasons for the apparaent trend

A
  • The absorption spectrum indicates the wavelengths of light absorbed by each pigment (e.g. chlorophyll) - The action spectrum indicates the overall rate of photosynthesis at each wavelength of light - There is a strong correlation between the cumulative absorption spectra of all pigments and the action spectrum - Both display two main peaks – a larger peak at the blue region (~450 nm) and a smaller peak at the red region (~670 nm) - Both display a trough in the green / yellow portion of the visible spectra (~550 nm) Reason: - Photosynthesis can only occur in wavelengths of light that chlorophyll or other photosynthetic pigments can absorb
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11
Q

Annotate the following diagram of a chloroplast

A

Refer to picture

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12
Q

Annotate the diagram to summarize the processes of both light-dependent and light-independent reactions

A

Refer to picture

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13
Q

Draw a diagram to illustrate the Calvin cycle (aka carbon fixation reactions and light-indendent reactions)

A

Refer to picture

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14
Q

Identify the structure and annotate it

A

Refer to picture

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15
Q

Annotate the following diagram of the thylakoid

A

Refer to picture

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16
Q

Annotate the following diagram of the light-dependent reactions of photosynthesis

A

Refer to picture