There is no C2 plants, just C3, C4, and CAM plants - they have to do with the photosynthesis of the plant and how raw materials are transported.
C2 pathway is photo respiratory pathway where oxygen is fixed by RuBisCo instead of CO2( asin normal photosynthetic plants or C3 plants)
C2 because in photorespiration 2 carbon compound ( phosphoglycolate) is formed as a first product
C3 are normal phortosynthetic plants , called C3 because 1st product in cycle formed is 3 carbon compound ( 3- phosphoglycerate) and nrmal Calvin cycle continues
C4 plants are those which have evolved mechanism to overcome photorespiration and use PEP carboxylase to fix carbon
C4 plants that use the C4 pathway require more ATP and NADPH
C2 pathway is photo respiratory pathway where oxygen is fixed by RuBisCo instead of CO2( asin normal photosynthetic plants or C3 plants)
No of the joints listed are hinge joints; joints that allow only abduction and adduction. The knee is a synovial pivotal hinge The hip is a synovial ball and socket The shoulder is a synovial ball and socket The neck is complex combination of joints between the occipital bone and C1 - synovial condyloid; the C1 and C2 - synovial pivotal; and the C2 and C3, C3 and C4, C4 and C5, C5 and C6, C6 and C7, C7 to T1 - all cartilaginous symphysis
crabgrass is a c4 plant
C4 got its named based on the number of bicarbon molecules. C4 has oxaloacetate which is 4C. C4 is the type of plant that can stand heat better.
C4 plants that use the C4 pathway require more ATP and NADPH
(c2 + 11)(c2 - 11)
C4
malate
oxaloacetate.
C2 pathway is photo respiratory pathway where oxygen is fixed by RuBisCo instead of CO2( asin normal photosynthetic plants or C3 plants)
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Ribulose-1,5-bisphosphate is a carbohydrate involved in the C4 pathway of plants.
No, alfalfa is not a C4 plant. It is a C3 plant, which means it uses the C3 photosynthesis pathway. C4 plants have a different type of photosynthesis pathway that allows them to be more efficient in hot and dry conditions.
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When one player moves the pawn at c2 to c4 to claim the d4 square.
C3 carbon fixation or the Calvin cycle is a metabolic pathway for carbon fixation in photosynthesis. This process converts co2 and ribulose bisphosphate into 3-phosphoglycerate through the following reaction: 6 CO2 + 6 RuBP → 12 3-phosphoglycerate In C4 , carbon dioxide is drawn out of malate and into this reaction rather than directly from the air. Since every CO2 molecule has to be fixed twice, the C4 pathway is more energy-consuming than the C3 pathway. The C3 pathway requires 18 ATP for the synthesis of one molecule of glucose while the C4 pathway requires 30 ATP. But since otherwise tropical plants lose more than half of photosynthetic carbon in photorespiration, the C4 pathway is an adaptive mechanism for minimizing the loss.