14. RESPIRATION IN PLANTS
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BIOLOGY (Match the Column)

266842 Match the following columns.
Column I Column II
A. TCA cycle I. Inner mitochondrial membrane
B. \[{{F}_{0}}-{{F}_{1}}\] particles II. Hans krebs
C. End product of glycolysis III. Oxidative decarboxylation
D. Pyruvate dehydrogenase IV. Pyruvic acid

1 A-I; B- II; C-III; D-IV
2 A-I; B- III; C- IV; D-II
3 A-II; B- I; C-IV; D-III
4 A-IV; B- II; C-III; D-I
BIOLOGY (Match the Column)

266843 Match the following columns.
Column I Column II
A. Two copper centres I. Complex 4
B. Mobile electron carrier II. Cytochrome c
C. \[FAD{{H}_{2}}\] III. Amphibolic pathway
D. Respiration IV. Oxidation of succinate

1 A-I; B- II; C-IV; D-III
2 A-I; B- III; C- IV; D-II
3 A-III; B- IV; C-I; D -II
4 A-IV; B- II; C-III; D-I
BIOLOGY (Match the Column)

266844 Match the following columns.
Column I Column II(R.Q)
A. Protein I.0.7
B. glucose II.1.0
C. Tripalmitin III.0.9

1 A-I; B- II; C-III;
2 A-I; B- III; C- II
3 A-III; B- II; C-I
4 A-II, B-AS, C-III;
BIOLOGY (Match the Column)

266845 Match the following columns.
Column I Column II
A. 38 ATP I. fermentation
B. 2 ATP II. 1 NAPH
C. 2 ATP III. 1FADH2
D. 3 ATP IV. Glucose aerobic respiration

1 A-I; B- II; C-III; D-IV
2 A-I; B- III; C- IV; D-II
3 A-III; B- IV; C-I; D -II
4 A-IV; B- III; C-I; D-II
BIOLOGY (Match the Column)

266846 Match the following columns.
Column I Column II
A. Sucrose into glucose and fructose I. Lactate
dehydrogenase
B. Glucose to glucose 6 phosphate II. Hexokinase
C. Phosphoenol pyruvate to pyruvic acid III. Invertase
D. Pyruvic acid to
lactic acid IV. Substrate level phosphoryalation

1 A-I; B- II; C-III; D-IV
2 A-I; B- III; C- IV; D-II
3 A-III; B- II; C-IV; D -I
4 A-IV; B- II; C-III; D-I
NEET DIGITAL LIBRARY
BIOLOGY (Match the Column)

266842 Match the following columns.
Column I Column II
A. TCA cycle I. Inner mitochondrial membrane
B. \[{{F}_{0}}-{{F}_{1}}\] particles II. Hans krebs
C. End product of glycolysis III. Oxidative decarboxylation
D. Pyruvate dehydrogenase IV. Pyruvic acid

1 A-I; B- II; C-III; D-IV
2 A-I; B- III; C- IV; D-II
3 A-II; B- I; C-IV; D-III
4 A-IV; B- II; C-III; D-I
BIOLOGY (Match the Column)

266843 Match the following columns.
Column I Column II
A. Two copper centres I. Complex 4
B. Mobile electron carrier II. Cytochrome c
C. \[FAD{{H}_{2}}\] III. Amphibolic pathway
D. Respiration IV. Oxidation of succinate

1 A-I; B- II; C-IV; D-III
2 A-I; B- III; C- IV; D-II
3 A-III; B- IV; C-I; D -II
4 A-IV; B- II; C-III; D-I
BIOLOGY (Match the Column)

266844 Match the following columns.
Column I Column II(R.Q)
A. Protein I.0.7
B. glucose II.1.0
C. Tripalmitin III.0.9

1 A-I; B- II; C-III;
2 A-I; B- III; C- II
3 A-III; B- II; C-I
4 A-II, B-AS, C-III;
BIOLOGY (Match the Column)

266845 Match the following columns.
Column I Column II
A. 38 ATP I. fermentation
B. 2 ATP II. 1 NAPH
C. 2 ATP III. 1FADH2
D. 3 ATP IV. Glucose aerobic respiration

1 A-I; B- II; C-III; D-IV
2 A-I; B- III; C- IV; D-II
3 A-III; B- IV; C-I; D -II
4 A-IV; B- III; C-I; D-II
BIOLOGY (Match the Column)

266846 Match the following columns.
Column I Column II
A. Sucrose into glucose and fructose I. Lactate
dehydrogenase
B. Glucose to glucose 6 phosphate II. Hexokinase
C. Phosphoenol pyruvate to pyruvic acid III. Invertase
D. Pyruvic acid to
lactic acid IV. Substrate level phosphoryalation

1 A-I; B- II; C-III; D-IV
2 A-I; B- III; C- IV; D-II
3 A-III; B- II; C-IV; D -I
4 A-IV; B- II; C-III; D-I
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BIOLOGY (Match the Column)

266842 Match the following columns.
Column I Column II
A. TCA cycle I. Inner mitochondrial membrane
B. \[{{F}_{0}}-{{F}_{1}}\] particles II. Hans krebs
C. End product of glycolysis III. Oxidative decarboxylation
D. Pyruvate dehydrogenase IV. Pyruvic acid

1 A-I; B- II; C-III; D-IV
2 A-I; B- III; C- IV; D-II
3 A-II; B- I; C-IV; D-III
4 A-IV; B- II; C-III; D-I
BIOLOGY (Match the Column)

266843 Match the following columns.
Column I Column II
A. Two copper centres I. Complex 4
B. Mobile electron carrier II. Cytochrome c
C. \[FAD{{H}_{2}}\] III. Amphibolic pathway
D. Respiration IV. Oxidation of succinate

1 A-I; B- II; C-IV; D-III
2 A-I; B- III; C- IV; D-II
3 A-III; B- IV; C-I; D -II
4 A-IV; B- II; C-III; D-I
BIOLOGY (Match the Column)

266844 Match the following columns.
Column I Column II(R.Q)
A. Protein I.0.7
B. glucose II.1.0
C. Tripalmitin III.0.9

1 A-I; B- II; C-III;
2 A-I; B- III; C- II
3 A-III; B- II; C-I
4 A-II, B-AS, C-III;
BIOLOGY (Match the Column)

266845 Match the following columns.
Column I Column II
A. 38 ATP I. fermentation
B. 2 ATP II. 1 NAPH
C. 2 ATP III. 1FADH2
D. 3 ATP IV. Glucose aerobic respiration

1 A-I; B- II; C-III; D-IV
2 A-I; B- III; C- IV; D-II
3 A-III; B- IV; C-I; D -II
4 A-IV; B- III; C-I; D-II
BIOLOGY (Match the Column)

266846 Match the following columns.
Column I Column II
A. Sucrose into glucose and fructose I. Lactate
dehydrogenase
B. Glucose to glucose 6 phosphate II. Hexokinase
C. Phosphoenol pyruvate to pyruvic acid III. Invertase
D. Pyruvic acid to
lactic acid IV. Substrate level phosphoryalation

1 A-I; B- II; C-III; D-IV
2 A-I; B- III; C- IV; D-II
3 A-III; B- II; C-IV; D -I
4 A-IV; B- II; C-III; D-I
For More Updates join with Us
BIOLOGY (Match the Column)

266842 Match the following columns.
Column I Column II
A. TCA cycle I. Inner mitochondrial membrane
B. \[{{F}_{0}}-{{F}_{1}}\] particles II. Hans krebs
C. End product of glycolysis III. Oxidative decarboxylation
D. Pyruvate dehydrogenase IV. Pyruvic acid

1 A-I; B- II; C-III; D-IV
2 A-I; B- III; C- IV; D-II
3 A-II; B- I; C-IV; D-III
4 A-IV; B- II; C-III; D-I
BIOLOGY (Match the Column)

266843 Match the following columns.
Column I Column II
A. Two copper centres I. Complex 4
B. Mobile electron carrier II. Cytochrome c
C. \[FAD{{H}_{2}}\] III. Amphibolic pathway
D. Respiration IV. Oxidation of succinate

1 A-I; B- II; C-IV; D-III
2 A-I; B- III; C- IV; D-II
3 A-III; B- IV; C-I; D -II
4 A-IV; B- II; C-III; D-I
BIOLOGY (Match the Column)

266844 Match the following columns.
Column I Column II(R.Q)
A. Protein I.0.7
B. glucose II.1.0
C. Tripalmitin III.0.9

1 A-I; B- II; C-III;
2 A-I; B- III; C- II
3 A-III; B- II; C-I
4 A-II, B-AS, C-III;
BIOLOGY (Match the Column)

266845 Match the following columns.
Column I Column II
A. 38 ATP I. fermentation
B. 2 ATP II. 1 NAPH
C. 2 ATP III. 1FADH2
D. 3 ATP IV. Glucose aerobic respiration

1 A-I; B- II; C-III; D-IV
2 A-I; B- III; C- IV; D-II
3 A-III; B- IV; C-I; D -II
4 A-IV; B- III; C-I; D-II
BIOLOGY (Match the Column)

266846 Match the following columns.
Column I Column II
A. Sucrose into glucose and fructose I. Lactate
dehydrogenase
B. Glucose to glucose 6 phosphate II. Hexokinase
C. Phosphoenol pyruvate to pyruvic acid III. Invertase
D. Pyruvic acid to
lactic acid IV. Substrate level phosphoryalation

1 A-I; B- II; C-III; D-IV
2 A-I; B- III; C- IV; D-II
3 A-III; B- II; C-IV; D -I
4 A-IV; B- II; C-III; D-I
NEET DIGITAL LIBRARY
BIOLOGY (Match the Column)

266842 Match the following columns.
Column I Column II
A. TCA cycle I. Inner mitochondrial membrane
B. \[{{F}_{0}}-{{F}_{1}}\] particles II. Hans krebs
C. End product of glycolysis III. Oxidative decarboxylation
D. Pyruvate dehydrogenase IV. Pyruvic acid

1 A-I; B- II; C-III; D-IV
2 A-I; B- III; C- IV; D-II
3 A-II; B- I; C-IV; D-III
4 A-IV; B- II; C-III; D-I
BIOLOGY (Match the Column)

266843 Match the following columns.
Column I Column II
A. Two copper centres I. Complex 4
B. Mobile electron carrier II. Cytochrome c
C. \[FAD{{H}_{2}}\] III. Amphibolic pathway
D. Respiration IV. Oxidation of succinate

1 A-I; B- II; C-IV; D-III
2 A-I; B- III; C- IV; D-II
3 A-III; B- IV; C-I; D -II
4 A-IV; B- II; C-III; D-I
BIOLOGY (Match the Column)

266844 Match the following columns.
Column I Column II(R.Q)
A. Protein I.0.7
B. glucose II.1.0
C. Tripalmitin III.0.9

1 A-I; B- II; C-III;
2 A-I; B- III; C- II
3 A-III; B- II; C-I
4 A-II, B-AS, C-III;
BIOLOGY (Match the Column)

266845 Match the following columns.
Column I Column II
A. 38 ATP I. fermentation
B. 2 ATP II. 1 NAPH
C. 2 ATP III. 1FADH2
D. 3 ATP IV. Glucose aerobic respiration

1 A-I; B- II; C-III; D-IV
2 A-I; B- III; C- IV; D-II
3 A-III; B- IV; C-I; D -II
4 A-IV; B- III; C-I; D-II
BIOLOGY (Match the Column)

266846 Match the following columns.
Column I Column II
A. Sucrose into glucose and fructose I. Lactate
dehydrogenase
B. Glucose to glucose 6 phosphate II. Hexokinase
C. Phosphoenol pyruvate to pyruvic acid III. Invertase
D. Pyruvic acid to
lactic acid IV. Substrate level phosphoryalation

1 A-I; B- II; C-III; D-IV
2 A-I; B- III; C- IV; D-II
3 A-III; B- II; C-IV; D -I
4 A-IV; B- II; C-III; D-I