Leaf Sample Type Illumination Level Oxygen Concentration Change Data (ppm) Elapsed Time (s) Oxygen Change Rate (ppm/s) Sun- Adapted 100% 22.94 40.0 s 0.5735 Shade-Adapted 100% 13.92 40.0 s 0.348 Leaf Sample Type Illumination Level Carbon Dioxide Concentration Change Data (ppm) Elapsed Time (s) Carbon Dioxide Change Rate (ppm/s) Sun- Adapted 100% -22.94 40.0 s -0.5735 Shade-Adapted 100% -13.92 40.0 s -0.348 In procedure I, the oxygen concentration changes differed between sun-adapted leaves and shade-adapted leaves. Can chlorophyll concentrations alone explain the differences seen between the two leaf types? Explain
Leaf Sample Type Illumination Level Oxygen Concentration Change Data (ppm) Elapsed Time (s) Oxygen Change Rate (ppm/s) Sun- Adapted 100% 22.94 40.0 s 0.5735 Shade-Adapted 100% 13.92 40.0 s 0.348 Leaf Sample Type Illumination Level Carbon Dioxide Concentration Change Data (ppm) Elapsed Time (s) Carbon Dioxide Change Rate (ppm/s) Sun- Adapted 100% -22.94 40.0 s -0.5735 Shade-Adapted 100% -13.92 40.0 s -0.348 In procedure I, the oxygen concentration changes differed between sun-adapted leaves and shade-adapted leaves. Can chlorophyll concentrations alone explain the differences seen between the two leaf types? Explain
Human Physiology: From Cells to Systems (MindTap Course List)
9th Edition
ISBN:9781285866932
Author:Lauralee Sherwood
Publisher:Lauralee Sherwood
Chapter13: The Respiratory System
Section: Chapter Questions
Problem 2SQE
Related questions
Question
|
Leaf Sample Type |
Illumination Level |
Oxygen Concentration Change Data (ppm) |
Elapsed Time (s) |
Oxygen Change Rate (ppm/s) |
|---|---|---|---|---|
|
Sun- Adapted |
100% |
22.94 |
40.0 s |
0.5735 |
|
Shade-Adapted |
100% |
13.92 |
40.0 s |
0.348 |
|
Leaf Sample Type |
Illumination Level |
Carbon Dioxide Concentration Change Data (ppm) |
Elapsed Time (s) |
Carbon Dioxide Change Rate (ppm/s) |
|---|---|---|---|---|
|
Sun- Adapted |
100% |
-22.94 |
40.0 s |
-0.5735 |
|
Shade-Adapted |
100% |
-13.92 |
40.0 s |
-0.348 |
In procedure I, the oxygen concentration changes differed between sun-adapted leaves and shade-adapted leaves. Can chlorophyll concentrations alone explain the differences seen between the two leaf types? Explain
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