NEET Test Series from KOTA - 10 Papers In MS WORD
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BIOXI13: PHOTOSYNTHESIS IN HIGHER PLANTS
337124
At low light conditions which plant group responds to high \(C{O_2}\) conditions?
1 \({C_3}\) plants
2 \({C_3}\) and \({C_4}\) plants
3 \({C_4}\) plants
4 None of the above.
Explanation:
At low light conditions neither \({C_3}\) nor \({C_4}\) group of plants responds to high \(C{O_2}\) conditions.
BIOXI13: PHOTOSYNTHESIS IN HIGHER PLANTS
337125
At what \(C{O_2}\) concentration the \({C_4}\) plants show saturation in rate of photosynthesis?
1 360 µlL-1
2 340 µlL-1
3 460 µlL-1
4 440 µlL-1
Explanation:
\({C_4}\) plants show saturation in rate of \(C{O_2}\) fixation at about 360 µlL-1
BIOXI13: PHOTOSYNTHESIS IN HIGHER PLANTS
337126
Increase in concentration of \(C{O_2}\) up to how much per cent can cause an increase in \(C{O_2}\) fixation rates?
1 \(0.05\)
2 \(0.5\)
3 2
4 \(0.02\)
Explanation:
Increase in concentration upto 0.05 per cent can cause an increase in \(C{O_2}\) fixation rates.
BIOXI13: PHOTOSYNTHESIS IN HIGHER PLANTS
337127
What leads to higher productivity in some greenhouse crops such as tomatoes and bell pepper?
1 Decrease in rate of photosynthesis due to higher \(C{O_2}\) concentration
2 Increase in rate of photosynthesis due to higher \(C{O_2}\) concentration
3 Decrease in rate of photosynthesis due to higher \({O_2}\) concentration
4 Increase in rate of photosynthesis due to higher \({O_2}\) concentration
Explanation:
The fact that \({C_3}\) plants respond to higher \(C{O_2}\) concentration by showing increased rates of photosynthesis leading to higher productivity has been used for some greenhouse crops such as tomatoes and bell pepper. They are allowed to grow in carbon dioxide enriched atmosphere that leads to higher yields.
337124
At low light conditions which plant group responds to high \(C{O_2}\) conditions?
1 \({C_3}\) plants
2 \({C_3}\) and \({C_4}\) plants
3 \({C_4}\) plants
4 None of the above.
Explanation:
At low light conditions neither \({C_3}\) nor \({C_4}\) group of plants responds to high \(C{O_2}\) conditions.
BIOXI13: PHOTOSYNTHESIS IN HIGHER PLANTS
337125
At what \(C{O_2}\) concentration the \({C_4}\) plants show saturation in rate of photosynthesis?
1 360 µlL-1
2 340 µlL-1
3 460 µlL-1
4 440 µlL-1
Explanation:
\({C_4}\) plants show saturation in rate of \(C{O_2}\) fixation at about 360 µlL-1
BIOXI13: PHOTOSYNTHESIS IN HIGHER PLANTS
337126
Increase in concentration of \(C{O_2}\) up to how much per cent can cause an increase in \(C{O_2}\) fixation rates?
1 \(0.05\)
2 \(0.5\)
3 2
4 \(0.02\)
Explanation:
Increase in concentration upto 0.05 per cent can cause an increase in \(C{O_2}\) fixation rates.
BIOXI13: PHOTOSYNTHESIS IN HIGHER PLANTS
337127
What leads to higher productivity in some greenhouse crops such as tomatoes and bell pepper?
1 Decrease in rate of photosynthesis due to higher \(C{O_2}\) concentration
2 Increase in rate of photosynthesis due to higher \(C{O_2}\) concentration
3 Decrease in rate of photosynthesis due to higher \({O_2}\) concentration
4 Increase in rate of photosynthesis due to higher \({O_2}\) concentration
Explanation:
The fact that \({C_3}\) plants respond to higher \(C{O_2}\) concentration by showing increased rates of photosynthesis leading to higher productivity has been used for some greenhouse crops such as tomatoes and bell pepper. They are allowed to grow in carbon dioxide enriched atmosphere that leads to higher yields.
337124
At low light conditions which plant group responds to high \(C{O_2}\) conditions?
1 \({C_3}\) plants
2 \({C_3}\) and \({C_4}\) plants
3 \({C_4}\) plants
4 None of the above.
Explanation:
At low light conditions neither \({C_3}\) nor \({C_4}\) group of plants responds to high \(C{O_2}\) conditions.
BIOXI13: PHOTOSYNTHESIS IN HIGHER PLANTS
337125
At what \(C{O_2}\) concentration the \({C_4}\) plants show saturation in rate of photosynthesis?
1 360 µlL-1
2 340 µlL-1
3 460 µlL-1
4 440 µlL-1
Explanation:
\({C_4}\) plants show saturation in rate of \(C{O_2}\) fixation at about 360 µlL-1
BIOXI13: PHOTOSYNTHESIS IN HIGHER PLANTS
337126
Increase in concentration of \(C{O_2}\) up to how much per cent can cause an increase in \(C{O_2}\) fixation rates?
1 \(0.05\)
2 \(0.5\)
3 2
4 \(0.02\)
Explanation:
Increase in concentration upto 0.05 per cent can cause an increase in \(C{O_2}\) fixation rates.
BIOXI13: PHOTOSYNTHESIS IN HIGHER PLANTS
337127
What leads to higher productivity in some greenhouse crops such as tomatoes and bell pepper?
1 Decrease in rate of photosynthesis due to higher \(C{O_2}\) concentration
2 Increase in rate of photosynthesis due to higher \(C{O_2}\) concentration
3 Decrease in rate of photosynthesis due to higher \({O_2}\) concentration
4 Increase in rate of photosynthesis due to higher \({O_2}\) concentration
Explanation:
The fact that \({C_3}\) plants respond to higher \(C{O_2}\) concentration by showing increased rates of photosynthesis leading to higher productivity has been used for some greenhouse crops such as tomatoes and bell pepper. They are allowed to grow in carbon dioxide enriched atmosphere that leads to higher yields.
337124
At low light conditions which plant group responds to high \(C{O_2}\) conditions?
1 \({C_3}\) plants
2 \({C_3}\) and \({C_4}\) plants
3 \({C_4}\) plants
4 None of the above.
Explanation:
At low light conditions neither \({C_3}\) nor \({C_4}\) group of plants responds to high \(C{O_2}\) conditions.
BIOXI13: PHOTOSYNTHESIS IN HIGHER PLANTS
337125
At what \(C{O_2}\) concentration the \({C_4}\) plants show saturation in rate of photosynthesis?
1 360 µlL-1
2 340 µlL-1
3 460 µlL-1
4 440 µlL-1
Explanation:
\({C_4}\) plants show saturation in rate of \(C{O_2}\) fixation at about 360 µlL-1
BIOXI13: PHOTOSYNTHESIS IN HIGHER PLANTS
337126
Increase in concentration of \(C{O_2}\) up to how much per cent can cause an increase in \(C{O_2}\) fixation rates?
1 \(0.05\)
2 \(0.5\)
3 2
4 \(0.02\)
Explanation:
Increase in concentration upto 0.05 per cent can cause an increase in \(C{O_2}\) fixation rates.
BIOXI13: PHOTOSYNTHESIS IN HIGHER PLANTS
337127
What leads to higher productivity in some greenhouse crops such as tomatoes and bell pepper?
1 Decrease in rate of photosynthesis due to higher \(C{O_2}\) concentration
2 Increase in rate of photosynthesis due to higher \(C{O_2}\) concentration
3 Decrease in rate of photosynthesis due to higher \({O_2}\) concentration
4 Increase in rate of photosynthesis due to higher \({O_2}\) concentration
Explanation:
The fact that \({C_3}\) plants respond to higher \(C{O_2}\) concentration by showing increased rates of photosynthesis leading to higher productivity has been used for some greenhouse crops such as tomatoes and bell pepper. They are allowed to grow in carbon dioxide enriched atmosphere that leads to higher yields.
