$A$ student performed an experiment on photosynthesis as follows: They took soda water in a glass tumbler and added chlorophyll to it. They placed the tumbler in sunlight,expecting that they had provided all the necessary components for photosynthesis (i.e.,$CO_2$,$H_2O$,chlorophyll,and light). What do you think will happen after a few hours of exposure to sunlight?
- APhotosynthesis occurs and glucose is produced.
- BPhotosynthesis occurs and starch is produced,making the mixture turbid.
- CPhotosynthesis does not occur because the dissolved $CO_2$ in soda water escapes into the atmosphere.
- DPhotosynthesis does not occur because the process requires intact chloroplasts.
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Similar Questions
Match the sites in column $I$ with the processes in column $II$ and choose the correct combination from the options:
Column $I$ Column $II$ $A$. Grana of chloroplast $1$. Kreb's cycle $B$. Stroma of chloroplast $2$. Light reaction $C$. Cytoplasm $3$. Dark reaction $D$. Mitochondrial matrix $4$. Glycolysis
| Column $I$ | Column $II$ |
| $A$. Grana of chloroplast | $1$. Kreb's cycle |
| $B$. Stroma of chloroplast | $2$. Light reaction |
| $C$. Cytoplasm | $3$. Dark reaction |
| $D$. Mitochondrial matrix | $4$. Glycolysis |
Medium
View SolutionWhich of the following statements with regard to photosynthesis is/are correct?
$I$. In $C_{4}$-plants,the primary $CO_{2}$ acceptor is $PEP$.
$II$. In the photosynthetic process,$PS-II$ absorbs energy at or just below $680 \;nm$.
$III$. The pigment that is present in the Pigment System-$I$ is $P680$.
$I$. In $C_{4}$-plants,the primary $CO_{2}$ acceptor is $PEP$.
$II$. In the photosynthetic process,$PS-II$ absorbs energy at or just below $680 \;nm$.
$III$. The pigment that is present in the Pigment System-$I$ is $P680$.
Medium
View SolutionAll the energy for living organisms comes as radiation in the form of......from the sun and is captured by.......
Medium
View SolutionState the site of the light reaction and dark reaction in photosynthesis,respectively.
Medium
View SolutionMatch the following.
Column-$I$ Column-$II$ $(p)$ Grana region of chloroplast $(i)$ Krebs cycle $(q)$ Stroma region of chloroplast $(ii)$ Light reaction $(r)$ Cytoplasm $(iii)$ Dark reaction $(s)$ Matrix of mitochondria $(iv)$ Glycolysis
| Column-$I$ | Column-$II$ |
| $(p)$ Grana region of chloroplast | $(i)$ Krebs cycle |
| $(q)$ Stroma region of chloroplast | $(ii)$ Light reaction |
| $(r)$ Cytoplasm | $(iii)$ Dark reaction |
| $(s)$ Matrix of mitochondria | $(iv)$ Glycolysis |
Medium
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