During the process of acerobic respiration `ul((i))` gets oxidised and its electrons get transferred to the electron transport chain while in photosyntheis, `ul((ii))` gets oxidised to transfer molecules to the electron transport chain.A. (i)-glucose, (ii)-xanthophyllB. (i)-carbon dioxide, (ii)-xanthophyllC. (i)-carbon dioxide, (ii)-chlorophyll-aD. (i)-glucose, (ii)-chlorophyll-a

During the process of acerobic respiration `ul((i))` gets oxidised and

1.	During the process of acerobic respiration `ul((i))` gets oxidised and its electrons get transferred to the electron transport chain while in photosyntheis, `ul((ii))` gets oxidised to transfer molecules to the electron transport chain.A. (i)-glucose, (ii)-xanthophyllB. (i)-carbon dioxide, (ii)-xanthophyllC. (i)-carbon dioxide, (ii)-chlorophyll-aD. (i)-glucose, (ii)-chlorophyll-a
Answer» Correct Answer - D The oxidative breakdown of respiratory substrates with the help of atmospheric `O_(2)` is known as aerobic respiration. In involves complete breakdown of substrates into `CO_(2)` and water, releasing energy. For example, the simple chemical equation for aerobic breakdown of glucose is `C_(6)H_(12)O_(6)+6O_(2)rarr6CO_(2)+6H_(2)O+3870 kJ//686 KCal` When during photosynthesis chlorophyll a gets oxidised to transfer molecules to the electron transport chain.

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