Answer:
I think it might be d. phosphorus deficiency
The 4th one down, then the 2nd, then the 1st.
So that would make:
Carbon from carbon dioxide is used to make G3P, a three-carbon molecule.
The molecule G3P is combined with nitrogen to make amino acids.
The plant assembles synthesized amino acids into proteins.
:)
The correct answer is: A. by the sequence of nitrogenous bases
The genetic code is the set of rules which is represented by the specific order of nucleotide bases. It is used by cells to translate information encoded within genetic material (DNA) into proteins. The genetic code consists of nucleotide triplets-codons, specify which amino acid will be added next during protein synthesis.
Answer:
Option B, increasing the number and size of mitochondria
Explanation:
Mitochondria (power house of a cell) produce energy. When no exercise is done, the productivity of mitochondria reduces but it increases with regular exercise. In fact aerobic training helps mitochondria in making more energy by enhancing its efficiency. With one cycle of exercise, mitochondria produce 32 ATPs. Aerobic exercise allows more of oxygen to get to the muscle cells, the faster it happens the more energy is produced
Hence, option B is correct
The concentrations of orthophosphate ion, PO4-3 are possible phosphate species negligible.
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What do you understand by orthophosphate?</h3>
phosphoric acid salt is the synonym of phosphate and inorganic phosphate. calcium phosphate is one type. Calcium phosphate is a key component of animal bones. The orthophosphate formula is another name for the phosphate ion formula. The salt of the phosphate ion, when the phosphate is positioned centrally in a connection with oxygen atoms, is known as the phosphate ion. The phosphate chemical equation is PO4-3. The molecule has a molecular mass of 94.9714 g/mol. Orthophosphates are regular phosphates made up of a single phosphate molecule per molecule. Phosphate and orthophosphate differ primarily in that phosphate refer to any substance made up of phosphate units, whereas orthophosphate only contains one phosphate unit.
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