04. Krebs Cycle
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Respiration in Plants

283726 How many ATP molecules would be produced from complete aerobic breakdown of one molecule of acetyl Co-A?

1 38
2 15
3 36
4 12
MHT CET 5.10.2020 Shift-I
Respiration in Plants

283729 Identify the dehydration and oxidation reactions among the following:
i. oxaloacetic acid + Acetyl $\mathrm{CoA} \rightarrow$ Citric acid + Coenzyme A
ii. Fumaric acid $+\mathrm{H}_{2} \mathrm{O} \rightarrow$ Malic acid
iii. Citric acid $\rightarrow$ Cis-aconitic acid
iv. ISocitric acid $+\mathrm{NAD}^{+} \rightarrow$ oxalosuccinic acid + NADH
v. Malic acid $+\mathrm{NAD}^{+} \rightarrow$ Oxaloacetic acid +NADH
The correct combination is

1 iii, iv, $v$
2 i, ii, iii, iv
3 ii, iii, iv, v
4 ii, iii, v, i
TS EAMCET-09.05.2019 Shift-I
Respiration in Plants

283736 Match the items in column I with column II.
| Column -I | Column II |
| :--- | :---: |
| A. Grana | Krebs cycle |
| B. Stroma | Light reaction |
| C. Cytoplasm | Dark reaction |
| D. Matrix | Glycolysis |

1 $\mathrm{A}-3 \mathrm{~B}-2 \mathrm{C}-1 \mathrm{D}-4$
2 $\mathrm{A}-1 \mathrm{~B}-2 \mathrm{C}-3 \mathrm{D}-4$
3 $\mathrm{A}-2 \mathrm{~B}-3 \mathrm{C}-4 \mathrm{D}-1$
4 $\mathrm{A}-4 \mathrm{~B}-1 \mathrm{C}-2 \mathrm{D}-3$
VMMC-2011
Respiration in Plants

283737 Citric acid cycle is the alternate name of which of the following?

1 HMP shunt
2 Glycolysis
3 TCA cycle
4 Calvin cycle
WB JEE-2009
Respiration in Plants

283740 The pyruvic acid formed during glycolysis is oxidized to $\mathrm{CO}_{2}$ and $\mathrm{H}_{2} \mathrm{O}$ in a cycle called:

1 Calvin cycle
2 Nitrogen cycle
3 Hill reaction
4 Krebs cycle
J and K CET-2008
NEET DIGITAL LIBRARY
Respiration in Plants

283726 How many ATP molecules would be produced from complete aerobic breakdown of one molecule of acetyl Co-A?

1 38
2 15
3 36
4 12
MHT CET 5.10.2020 Shift-I
Respiration in Plants

283729 Identify the dehydration and oxidation reactions among the following:
i. oxaloacetic acid + Acetyl $\mathrm{CoA} \rightarrow$ Citric acid + Coenzyme A
ii. Fumaric acid $+\mathrm{H}_{2} \mathrm{O} \rightarrow$ Malic acid
iii. Citric acid $\rightarrow$ Cis-aconitic acid
iv. ISocitric acid $+\mathrm{NAD}^{+} \rightarrow$ oxalosuccinic acid + NADH
v. Malic acid $+\mathrm{NAD}^{+} \rightarrow$ Oxaloacetic acid +NADH
The correct combination is

1 iii, iv, $v$
2 i, ii, iii, iv
3 ii, iii, iv, v
4 ii, iii, v, i
TS EAMCET-09.05.2019 Shift-I
Respiration in Plants

283736 Match the items in column I with column II.
| Column -I | Column II |
| :--- | :---: |
| A. Grana | Krebs cycle |
| B. Stroma | Light reaction |
| C. Cytoplasm | Dark reaction |
| D. Matrix | Glycolysis |

1 $\mathrm{A}-3 \mathrm{~B}-2 \mathrm{C}-1 \mathrm{D}-4$
2 $\mathrm{A}-1 \mathrm{~B}-2 \mathrm{C}-3 \mathrm{D}-4$
3 $\mathrm{A}-2 \mathrm{~B}-3 \mathrm{C}-4 \mathrm{D}-1$
4 $\mathrm{A}-4 \mathrm{~B}-1 \mathrm{C}-2 \mathrm{D}-3$
VMMC-2011
Respiration in Plants

283737 Citric acid cycle is the alternate name of which of the following?

1 HMP shunt
2 Glycolysis
3 TCA cycle
4 Calvin cycle
WB JEE-2009
Respiration in Plants

283740 The pyruvic acid formed during glycolysis is oxidized to $\mathrm{CO}_{2}$ and $\mathrm{H}_{2} \mathrm{O}$ in a cycle called:

1 Calvin cycle
2 Nitrogen cycle
3 Hill reaction
4 Krebs cycle
J and K CET-2008
Join With Us for More Updates
Respiration in Plants

283726 How many ATP molecules would be produced from complete aerobic breakdown of one molecule of acetyl Co-A?

1 38
2 15
3 36
4 12
MHT CET 5.10.2020 Shift-I
Respiration in Plants

283729 Identify the dehydration and oxidation reactions among the following:
i. oxaloacetic acid + Acetyl $\mathrm{CoA} \rightarrow$ Citric acid + Coenzyme A
ii. Fumaric acid $+\mathrm{H}_{2} \mathrm{O} \rightarrow$ Malic acid
iii. Citric acid $\rightarrow$ Cis-aconitic acid
iv. ISocitric acid $+\mathrm{NAD}^{+} \rightarrow$ oxalosuccinic acid + NADH
v. Malic acid $+\mathrm{NAD}^{+} \rightarrow$ Oxaloacetic acid +NADH
The correct combination is

1 iii, iv, $v$
2 i, ii, iii, iv
3 ii, iii, iv, v
4 ii, iii, v, i
TS EAMCET-09.05.2019 Shift-I
Respiration in Plants

283736 Match the items in column I with column II.
| Column -I | Column II |
| :--- | :---: |
| A. Grana | Krebs cycle |
| B. Stroma | Light reaction |
| C. Cytoplasm | Dark reaction |
| D. Matrix | Glycolysis |

1 $\mathrm{A}-3 \mathrm{~B}-2 \mathrm{C}-1 \mathrm{D}-4$
2 $\mathrm{A}-1 \mathrm{~B}-2 \mathrm{C}-3 \mathrm{D}-4$
3 $\mathrm{A}-2 \mathrm{~B}-3 \mathrm{C}-4 \mathrm{D}-1$
4 $\mathrm{A}-4 \mathrm{~B}-1 \mathrm{C}-2 \mathrm{D}-3$
VMMC-2011
Respiration in Plants

283737 Citric acid cycle is the alternate name of which of the following?

1 HMP shunt
2 Glycolysis
3 TCA cycle
4 Calvin cycle
WB JEE-2009
Respiration in Plants

283740 The pyruvic acid formed during glycolysis is oxidized to $\mathrm{CO}_{2}$ and $\mathrm{H}_{2} \mathrm{O}$ in a cycle called:

1 Calvin cycle
2 Nitrogen cycle
3 Hill reaction
4 Krebs cycle
J and K CET-2008
For More Updates join with Us
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Respiration in Plants

283726 How many ATP molecules would be produced from complete aerobic breakdown of one molecule of acetyl Co-A?

1 38
2 15
3 36
4 12
MHT CET 5.10.2020 Shift-I
Respiration in Plants

283729 Identify the dehydration and oxidation reactions among the following:
i. oxaloacetic acid + Acetyl $\mathrm{CoA} \rightarrow$ Citric acid + Coenzyme A
ii. Fumaric acid $+\mathrm{H}_{2} \mathrm{O} \rightarrow$ Malic acid
iii. Citric acid $\rightarrow$ Cis-aconitic acid
iv. ISocitric acid $+\mathrm{NAD}^{+} \rightarrow$ oxalosuccinic acid + NADH
v. Malic acid $+\mathrm{NAD}^{+} \rightarrow$ Oxaloacetic acid +NADH
The correct combination is

1 iii, iv, $v$
2 i, ii, iii, iv
3 ii, iii, iv, v
4 ii, iii, v, i
TS EAMCET-09.05.2019 Shift-I
Respiration in Plants

283736 Match the items in column I with column II.
| Column -I | Column II |
| :--- | :---: |
| A. Grana | Krebs cycle |
| B. Stroma | Light reaction |
| C. Cytoplasm | Dark reaction |
| D. Matrix | Glycolysis |

1 $\mathrm{A}-3 \mathrm{~B}-2 \mathrm{C}-1 \mathrm{D}-4$
2 $\mathrm{A}-1 \mathrm{~B}-2 \mathrm{C}-3 \mathrm{D}-4$
3 $\mathrm{A}-2 \mathrm{~B}-3 \mathrm{C}-4 \mathrm{D}-1$
4 $\mathrm{A}-4 \mathrm{~B}-1 \mathrm{C}-2 \mathrm{D}-3$
VMMC-2011
Respiration in Plants

283737 Citric acid cycle is the alternate name of which of the following?

1 HMP shunt
2 Glycolysis
3 TCA cycle
4 Calvin cycle
WB JEE-2009
Respiration in Plants

283740 The pyruvic acid formed during glycolysis is oxidized to $\mathrm{CO}_{2}$ and $\mathrm{H}_{2} \mathrm{O}$ in a cycle called:

1 Calvin cycle
2 Nitrogen cycle
3 Hill reaction
4 Krebs cycle
J and K CET-2008
NEET DIGITAL LIBRARY
Respiration in Plants

283726 How many ATP molecules would be produced from complete aerobic breakdown of one molecule of acetyl Co-A?

1 38
2 15
3 36
4 12
MHT CET 5.10.2020 Shift-I
Respiration in Plants

283729 Identify the dehydration and oxidation reactions among the following:
i. oxaloacetic acid + Acetyl $\mathrm{CoA} \rightarrow$ Citric acid + Coenzyme A
ii. Fumaric acid $+\mathrm{H}_{2} \mathrm{O} \rightarrow$ Malic acid
iii. Citric acid $\rightarrow$ Cis-aconitic acid
iv. ISocitric acid $+\mathrm{NAD}^{+} \rightarrow$ oxalosuccinic acid + NADH
v. Malic acid $+\mathrm{NAD}^{+} \rightarrow$ Oxaloacetic acid +NADH
The correct combination is

1 iii, iv, $v$
2 i, ii, iii, iv
3 ii, iii, iv, v
4 ii, iii, v, i
TS EAMCET-09.05.2019 Shift-I
Respiration in Plants

283736 Match the items in column I with column II.
| Column -I | Column II |
| :--- | :---: |
| A. Grana | Krebs cycle |
| B. Stroma | Light reaction |
| C. Cytoplasm | Dark reaction |
| D. Matrix | Glycolysis |

1 $\mathrm{A}-3 \mathrm{~B}-2 \mathrm{C}-1 \mathrm{D}-4$
2 $\mathrm{A}-1 \mathrm{~B}-2 \mathrm{C}-3 \mathrm{D}-4$
3 $\mathrm{A}-2 \mathrm{~B}-3 \mathrm{C}-4 \mathrm{D}-1$
4 $\mathrm{A}-4 \mathrm{~B}-1 \mathrm{C}-2 \mathrm{D}-3$
VMMC-2011
Respiration in Plants

283737 Citric acid cycle is the alternate name of which of the following?

1 HMP shunt
2 Glycolysis
3 TCA cycle
4 Calvin cycle
WB JEE-2009
Respiration in Plants

283740 The pyruvic acid formed during glycolysis is oxidized to $\mathrm{CO}_{2}$ and $\mathrm{H}_{2} \mathrm{O}$ in a cycle called:

1 Calvin cycle
2 Nitrogen cycle
3 Hill reaction
4 Krebs cycle
J and K CET-2008