In PSII, the reaction center chlorophyll is specifically called A P700 pair B P450 group C P680 pair D P870
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Chapter 14: Photosynthesis, Respiration and Nitrogen Metabolism (Set-4)
In oxygenic photosynthesis, the Mn–Ca cluster that catalyzes water splitting is part of A PSI reaction center B Cyt b6f
Continue readingChapter 14: Photosynthesis, Respiration and Nitrogen Metabolism (Set-3)
In chloroplasts, the proton gradient for ATP synthesis builds up mainly in A Stroma side B Outer envelope C Thylakoid
Continue readingChapter 14: Photosynthesis, Respiration and Nitrogen Metabolism (Set-2)
During the light reaction, the splitting of water occurs at which complex A Photosystem I core B Photosystem II complex
Continue readingChapter 14: Photosynthesis, Respiration and Nitrogen Metabolism (Set-1)
In chloroplasts, the light reactions mainly occur in which part A Thylakoid membrane B Stroma matrix C Outer envelope D
Continue readingChapter 13: Plant Water Relations and Mineral Nutrition (Set-5)
A plant cell has Ψs = −0.8 MPa and Ψp = +0.3 MPa; the correct water potential of the cell
Continue readingChapter 13: Plant Water Relations and Mineral Nutrition (Set-4)
In water potential notation, which statement about solute potential (Ψs) is always correct for living plant cells A Always positive
Continue readingChapter 13: Plant Water Relations and Mineral Nutrition (Set-3)
When a fully turgid plant cell is placed in a hypotonic solution, the cell volume increases only slightly mainly because
Continue readingChapter 13: Plant Water Relations and Mineral Nutrition (Set-2)
In plant cells, total water potential (Ψw) is mainly the sum of which two components A Matric + gravity B
Continue readingChapter 13: Plant Water Relations and Mineral Nutrition (Set-1)
Which term best describes the free energy of water in a system A Osmotic pressure B Diffusion pressure C Water
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