13. PHOTOSYNTHESIS IN HIGHER PLANTS
BIOLOGY (Match the Column)

266834 Match the following columns.
Column I Column II
A. Melvin calvin I. Cladophora
B. T.W. Engelmann II. Chlorella
C. Joseph priestley III. Mint plant
D. Corn. Van niel IV. Purple and green bacteria

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

266835 Match the following columns.
Column I Column II
A. Primary co acceptor in c3 cycle I. 4 carbon compound
B. Primary co acceptor in c4
cycle II. 5 carbon compound
C. First stable product of c3 cycle III. 3 carbon compound
D. First stable product of c4 cycle IV. 3compound carbon

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

266836 Match the following columns.
Column I Column II
A. Law of limiting factors I. \[C{{O}_{2}}\]necessary for photosynthesis
B. Chromatography II. P. mitchell
C. Mols half leaf experiment III. Blackman
D. Chemiosmotic hypothesis IV. Separation of pigments

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- II; C-III; D-I
BIOLOGY (Match the Column)

266837 Match the following columns.
Column I Column II
A. PS I I. Only ATP
B. PS II II. \[{{P}_{700}}\]
C. Cyclic phosphorylation III. ATP and NADPH + H
D. Non cyclic phosphorlation IV. \[{{P}_{680}}\]

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

266834 Match the following columns.
Column I Column II
A. Melvin calvin I. Cladophora
B. T.W. Engelmann II. Chlorella
C. Joseph priestley III. Mint plant
D. Corn. Van niel IV. Purple and green bacteria

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

266835 Match the following columns.
Column I Column II
A. Primary co acceptor in c3 cycle I. 4 carbon compound
B. Primary co acceptor in c4
cycle II. 5 carbon compound
C. First stable product of c3 cycle III. 3 carbon compound
D. First stable product of c4 cycle IV. 3compound carbon

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

266836 Match the following columns.
Column I Column II
A. Law of limiting factors I. \[C{{O}_{2}}\]necessary for photosynthesis
B. Chromatography II. P. mitchell
C. Mols half leaf experiment III. Blackman
D. Chemiosmotic hypothesis IV. Separation of pigments

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- II; C-III; D-I
BIOLOGY (Match the Column)

266837 Match the following columns.
Column I Column II
A. PS I I. Only ATP
B. PS II II. \[{{P}_{700}}\]
C. Cyclic phosphorylation III. ATP and NADPH + H
D. Non cyclic phosphorlation IV. \[{{P}_{680}}\]

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

266834 Match the following columns.
Column I Column II
A. Melvin calvin I. Cladophora
B. T.W. Engelmann II. Chlorella
C. Joseph priestley III. Mint plant
D. Corn. Van niel IV. Purple and green bacteria

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

266835 Match the following columns.
Column I Column II
A. Primary co acceptor in c3 cycle I. 4 carbon compound
B. Primary co acceptor in c4
cycle II. 5 carbon compound
C. First stable product of c3 cycle III. 3 carbon compound
D. First stable product of c4 cycle IV. 3compound carbon

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

266836 Match the following columns.
Column I Column II
A. Law of limiting factors I. \[C{{O}_{2}}\]necessary for photosynthesis
B. Chromatography II. P. mitchell
C. Mols half leaf experiment III. Blackman
D. Chemiosmotic hypothesis IV. Separation of pigments

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- II; C-III; D-I
BIOLOGY (Match the Column)

266837 Match the following columns.
Column I Column II
A. PS I I. Only ATP
B. PS II II. \[{{P}_{700}}\]
C. Cyclic phosphorylation III. ATP and NADPH + H
D. Non cyclic phosphorlation IV. \[{{P}_{680}}\]

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

266834 Match the following columns.
Column I Column II
A. Melvin calvin I. Cladophora
B. T.W. Engelmann II. Chlorella
C. Joseph priestley III. Mint plant
D. Corn. Van niel IV. Purple and green bacteria

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

266835 Match the following columns.
Column I Column II
A. Primary co acceptor in c3 cycle I. 4 carbon compound
B. Primary co acceptor in c4
cycle II. 5 carbon compound
C. First stable product of c3 cycle III. 3 carbon compound
D. First stable product of c4 cycle IV. 3compound carbon

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

266836 Match the following columns.
Column I Column II
A. Law of limiting factors I. \[C{{O}_{2}}\]necessary for photosynthesis
B. Chromatography II. P. mitchell
C. Mols half leaf experiment III. Blackman
D. Chemiosmotic hypothesis IV. Separation of pigments

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- II; C-III; D-I
BIOLOGY (Match the Column)

266837 Match the following columns.
Column I Column II
A. PS I I. Only ATP
B. PS II II. \[{{P}_{700}}\]
C. Cyclic phosphorylation III. ATP and NADPH + H
D. Non cyclic phosphorlation IV. \[{{P}_{680}}\]

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