286833
Match the column-I with column-II and choose the correct combination from the options given below.
Column-I |Column-II
A. Inner mitochondrial membrane |I. Krebs cycle
B. Pyruvic acid is converted into $\text{C}{{\text{O}}_{2}}$ and ethanol. |II. ETC
C. Cytoplasm |III. Fermentation
D. Mitochondrial matrix |IV. Glycolysis
286834
In the given columns, column-I contain complexes and column-II contain their alternative names. Select the correct match from the option given below.
Column-I Column-II
A. Complex I I. Cytochrome $b{{c}_{1}}$ complex
B. Complex II II. NADH dehydrogenase
C. Complex III III. ATP synthetase
D. Complex IV IV. FADH $_{2}$ dehydrogenase
V. Cytochrome $c$ oxidase
286835
Match the number of carbon atoms given in column - I with that of the compounds given in column - II and select the correct option:
Column-1 Column -II
A. 4C compound I. Acetyl CoA
B. 2C compound II. Pyruvate
C. 5 C compound III. Citric acid
D. 3 C compound IV. $\alpha $ - ketoglutaric acid
V. Malic acid
286833
Match the column-I with column-II and choose the correct combination from the options given below.
Column-I |Column-II
A. Inner mitochondrial membrane |I. Krebs cycle
B. Pyruvic acid is converted into $\text{C}{{\text{O}}_{2}}$ and ethanol. |II. ETC
C. Cytoplasm |III. Fermentation
D. Mitochondrial matrix |IV. Glycolysis
286834
In the given columns, column-I contain complexes and column-II contain their alternative names. Select the correct match from the option given below.
Column-I Column-II
A. Complex I I. Cytochrome $b{{c}_{1}}$ complex
B. Complex II II. NADH dehydrogenase
C. Complex III III. ATP synthetase
D. Complex IV IV. FADH $_{2}$ dehydrogenase
V. Cytochrome $c$ oxidase
286835
Match the number of carbon atoms given in column - I with that of the compounds given in column - II and select the correct option:
Column-1 Column -II
A. 4C compound I. Acetyl CoA
B. 2C compound II. Pyruvate
C. 5 C compound III. Citric acid
D. 3 C compound IV. $\alpha $ - ketoglutaric acid
V. Malic acid
286833
Match the column-I with column-II and choose the correct combination from the options given below.
Column-I |Column-II
A. Inner mitochondrial membrane |I. Krebs cycle
B. Pyruvic acid is converted into $\text{C}{{\text{O}}_{2}}$ and ethanol. |II. ETC
C. Cytoplasm |III. Fermentation
D. Mitochondrial matrix |IV. Glycolysis
286834
In the given columns, column-I contain complexes and column-II contain their alternative names. Select the correct match from the option given below.
Column-I Column-II
A. Complex I I. Cytochrome $b{{c}_{1}}$ complex
B. Complex II II. NADH dehydrogenase
C. Complex III III. ATP synthetase
D. Complex IV IV. FADH $_{2}$ dehydrogenase
V. Cytochrome $c$ oxidase
286835
Match the number of carbon atoms given in column - I with that of the compounds given in column - II and select the correct option:
Column-1 Column -II
A. 4C compound I. Acetyl CoA
B. 2C compound II. Pyruvate
C. 5 C compound III. Citric acid
D. 3 C compound IV. $\alpha $ - ketoglutaric acid
V. Malic acid