Why do the reaction centers have different pigments rather than only the chlorophyls? quantitatively increasing the absorption photons narrowing coverage of the visible spectrum light increasing coverage of the visible spectrum light arranging light-harvesting complexe compensating for the high density of chlorophyll

Why do the reaction centers have different pigments rather than only the chlorophyls? quantitatively increasing the absorption photons narrowing coverage of the visible spectrum light increasing coverage of the visible spectrum light arranging light-harvesting complexe compensating for the high density of chlorophyll

Biology 2e

2nd Edition

ISBN:9781947172517

Author:Matthew Douglas, Jung Choi, Mary Ann Clark

Publisher:Matthew Douglas, Jung Choi, Mary Ann Clark

Chapter8: Photosynthesis

Section: Chapter Questions

Problem 16RQ: Which molecule must enter the Calvin cycle continually for the light-independent reactions to take...

See similar textbooks

Similar questions

Test-tube Beaker Funnel Water plants In this setup, the rate of the reaction can be increased by O adding sodium bicarbonate only increasing the light intensity only O adding more water to the beaker O adding sodium bicarbonate and increasing the light intensity decreasing the light intensity
Pigment Spot Color Distance Passed Partition (mm) Coefficient, R Chlorophyll b Yellow green 22 22/54 0.407 Chlorophyll a Blue green 25 25/54 = 0.462 Xanthophyll Bright yellow Yellow orange 30 30/54 = 0.555 Carotene 52 52/54 = 0.962 Distance passed by the solvent system (solvent front) 54mm a. Which pigment travelled the longest distance? What does this tell you about that pigment? b. Which pigment travelled the shortest distance? What does that tell you about that pigment? h (US.) DELL ... end F12 insert home prt sc F10 DII F3 F5 F6 F7 F9 F11 F4 2$ 4. 7 8. 9. Y U F G K L D ...- エ < LO LU
Test-tube Beaker Funnel Water plants In this setup, the rate of the reaction can be increased by o decreasing the light intensity O adding sodium bicarbonate only O adding more water to the beaker O increasing the light intensity only O adding sodium bicarbonate and increasing the light intensity Clear my choice
THE LIGHT DEPENDEN REACTION MUST OCCUR BEFORE THE LIGHT INDEPENDENT REACTION TRUE OR FALSE?
Phenol red reaction is orange on maple leaf, is it alive?
Draw Complete electron pushing arrow mechanism of psilocybin synthesis and explanation of all steps I need all the drawing of electron pushing not the explaination I just need electron pushing arrow mechanism for the synthesis of psilocybin
If a leaf containing the sameconcentration of chlorophyll as in the solution wasexposed to the same ultraviolet light, no fluorescencewould be seen. Propose an explanation for thedifference in fluorescence emission between thesolution and the leaf.
For each pigment below tell me which colors and ranges of wavelengths it absorbs the most and which areas of the visible spectrum it absorbs the least. Some might have 2 peaks of high absorption. Chlorophyll a: Chlorophyll b: B-Carotene (carotenoids):
Which color(s) of light does chlorophyll a reflect?
Match the number of the label in the diagram (below) with the appropriate site or structure from the list that follows. e Ca e dependet aon water-piting comples plasticyanin label 1 label 3 e label 5 g label 7 a b label 2 d label 4 f label 6 81. stroma 82. photosystem I 83. photosystem II 84. thylakoid lumen 85. electron transport 86. cytochrome complex 87. ATP synthase
Based on the color of the pigments on the chromatography paper, explain which wavelengths of lights are absorbed and reflected by chlorophyll a, chlorophyll b, xanthophyll, and beta carotene
100- 50- 400 450 500 550 600 650 700 Wavelength (nm) In the absorption spectrum shown above, what wavelength ranges are not efficiently absorbed by this photopigment? 400-450nm 450-700nm 450-650nm 650-700nm