use of ATP to form a high-energy 3-carbon compound
use of enzyme and ATP to form 5-carbon compound
formation of glucose, which leaves the chloroplast
Explanation:
During Calvin cycle a CO2 molecule reacts with a 5-carbon compound, ribulose-1, 5-bisphosphate (RuBP) to form a 6-carbon unstable compound which splits into two molecules of 3-carbon stable compound, 3-phosphoglyceric acid (3-PGA). With the help of ATP and NADPH, the 3-PGA molecules form a high-energy 3-carbon compound, 3-phosphoglyceraldehyde (3-PGAL). Some molecules of the 3- phosphoglyceraldehyde (3-PGAL) are used to regenerate 5-carbon, ribulose-5- phosphate and some of the molecules of 3- phosphoglyceraldehyde (3-PGAL) are used to form glucose.
1.formation of glucose, which leaves the chloroplast 2.formation of a stable 3-carbon compound 3.formation of an unstable 6-carbon compound 4.use of ATP to form a high-energy 3-carbon compound
Feathering refers to the technique by which large flowers are cut into small pieces, which are then used to create smaller flowers. Feathering consists of removing the petals and wire the petals in order to create a smaller form. Carnations are a type of flower in which feathering is applied. This process was widely used by florists in the past but currently is uncommon due to the excessive time and labor involved in this technique.
Lipids are non-polar molecules, so they do not interact preferentially with polar molecules but they can interact with each other. In a polar medium, such as water, the hydrocarbons in lipids aggregate each other, in order to minimize contact with surrounding polar molecules. The interaction between non-polar solutes with polar surroundings exclusion is called hydrophobic interaction.