Match the location of the cell given in Column $I$ with its function in Column $II$.
Column $I$ Column $II$ $A$. Mitochondrial matrix $i$. Krebs' cycle $B$. Cytoplasm $ii$. $ETC$ $C$. $F_0$ and $F_1$ $iii$. Glycolysis $D$. Inner Mitochondrial membrane $iv$. $ATP$ synthesis
| Column $I$ | Column $II$ |
|---|---|
| $A$. Mitochondrial matrix | $i$. Krebs' cycle |
| $B$. Cytoplasm | $ii$. $ETC$ |
| $C$. $F_0$ and $F_1$ | $iii$. Glycolysis |
| $D$. Inner Mitochondrial membrane | $iv$. $ATP$ synthesis |
- A$(A)-(i); (B)-(iii); (C)-(iv); (D)-(ii)$
- B$(A)-(ii); (B)-(iv); (C)-(i); (D)-(iii)$
- C$(A)-(iii); (B)-(ii); (C)-(i); (D)-(iv)$
- D$(A)-(iv); (B)-(i); (C)-(iii); (D)-(ii)$
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Reason : In this process,there is net gain of twenty four molecules of $ATP$.
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|---|---|
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