Match List-I with List-II:List-IList-IIa. 3-c | vedclass

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Question

(D) The correct matching is as follows:$1$. $a.$ $3$-carbon organic acid: In the $C_3$ cycle (Calvin cycle),the first stable product formed after $	e

Vedclass · Accepted Answer

$a-III, b-I, c-II, d-IV$

Vedclass · Answer

(D) The correct matching is as follows:$1$. $a.$ $3$-carbon organic acid: In the $C_3$ cycle (Calvin cycle),the first stable product formed after $	ext{CO}_2$ fixation is $3$-phosphoglyceric acid ($3$-$PGA$),which is a $3$-carbon organic acid $(a-III)$.$2$. $b.$ $	ext{ATP}$ and $	ext{NADPH}$: These are the assimilatory powers produced during the light reaction and are utilized as reactants in the dark reaction (Calvin cycle) $(b-I)$.$3$. $c.$ $	ext{CO}_2$: Carbon dioxide is the primary substrate or reactant required for the dark reaction to proceed $(c-II)$.$4$. $d.$ Oxaloacetic acid: In the $C_4$ pathway (Hatch-Slack pathway),the first stable product formed after $	ext{CO}_2$ fixation is oxaloacetic acid $(OAA)$,which is a $4$-carbon compound $(d-IV)$.Therefore,the correct sequence is $a-III, b-I, c-II, d-IV$.

List-$I$	List-$II$
$a.$ $3$-carbon organic acid	$I.$ Product of light reaction
$b.$ $\text{ATP}$ and $\text{NADPH}$	$II.$ Reactants of dark reaction
$c.$ $\text{CO}_2$	$III.$ First $\text{CO}_2$ fixation product in dark reaction
$d.$ Oxaloacetic acid	$IV.$ First product of $\text{CO}_2$ fixation in the $C_4$ pathway

Similar Questions

Statement-$I$: When $PS-II$ is functional,the electron is circulated within the photosystem and photophosphorylation occurs due to the cyclic flow of electrons.
Statement-$II$: The stroma lamellae membranes lack $PS-I$ as well as $NADP$ reductase enzyme.

Photophosphorylation differs from oxidative phosphorylation in:

Which statement is correct for photosynthesis?

During photosynthesis,$H_2O$ undergoes $.............$ and $CO_2$ undergoes $.............$.

$A$: For every $CO_2$ molecule entering the $C_3$ cycle,three molecules of $ATP$ and two molecules of $NADPH$ are required.
$R$: Cyclic photophosphorylation takes place to meet the difference in the number of $ATP$ molecules.

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