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Photorespiration poses threat to plants ...

Photorespiration poses threat to plants yet it occurs in angiosperms. Why?

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**Step-by-Step Solution:** 1. **Understanding Photorespiration:** - Photorespiration is a metabolic process that occurs in plants, particularly in angiosperms (flowering plants). It is characterized by the consumption of oxygen and the release of carbon dioxide, which is opposite to the process of photosynthesis. 2. **Why is Photorespiration Considered Wasteful?** - During photorespiration, energy molecules such as ATP and NADPH are consumed. This leads to a reduction in the overall efficiency of photosynthesis, making it a wasteful process for the plant. Essentially, the plant expends energy without producing useful sugars. ...
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MODERN PUBLICATION-PHOTOSYNTHESIS IN HIGHER PLANTS-REVISION EXERCISES ( SHORT ANSWER QUESTIONS )
  1. Specify how a pentose phosphate is a CO(2) acceptor in the dark react...

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  2. Describe briefly what was demonstrated in the reaction named after its...

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  3. Photorespiration poses threat to plants yet it occurs in angiosperms. ...

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  4. Describe structure of chlorophyll a.

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  5. Explain the compensation point.

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  6. State Blackman's law of limiting factor.

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  7. What do you mean by Kranz anatomy? Give two examples.

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  8. Show supramolecular complexes in the form of well labelled diagram onl...

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  9. An important difference between C3 and C4 plants is photorespiration. ...

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  10. Define Blackman's law of limiting factors and identify any two importa...

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  11. Give comparison between the following: (a) C(3) and C(4) pathway...

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  12. Why is the colour of a leaf kept in the dark frequently yellow, or pal...

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  13. Look at leaves of the same plant on the shady side and compare it with...

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  14. Look at leaves of the same plant on the shady side and compare it with...

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  15. Compare the chemiosmotic pathway in chloroplast and mitochondria.

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  16. Why does rate of photosynthesis decrease at higher light intensities? ...

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  17. When and why does photorespiration take place in plants? How does this...

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  18. Write the structure and functions of chloroplast.

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  19. What is the law of limiting factors? How could the rate of photosynthe...

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  20. Two groups (A and B) of bean plants of similar size and same leaf area...

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