Answer:
ggggggggggggggggg2wgggggggggggg
Explanation:
hhhhhhhhhhhhhhhhhhhhj ccddxhhhhhhhhhhhhhh
Answer:
Whorl-1- petals
Whorl-2- petals (mutant)
Whorl-3- carpels (mutant)
Whorl-4- carpels
Explanation:
ABC model of flower explains the role of various genes in the formation of a flower from the shoot. Each gene forms a particular structure of a flower in the following manner:
1. A gene -sepals. (Whorl-1)
2. A + B- Petals (Whorl-2)
3. B+ C - stamens (Whorl-3)
4. C- carpels. (Whorl-4)
If a flower lacks the B gene, the effect will be observed in the phenotype in which B gene is involved that is in the formation of petals and stamens or whorl 2 and whorl 3.
The flower will produce
whorl-1- petals
Whorl-2- petals (mutant)
Whorl-3- carpels (mutant)
Whorl-4- carpels
Monomers are molecules whose linkage between them form polymers.
<h3>What are monomers?</h3>
Monomers are molecules that have a low molecular mass.
<h3>Characteristics of monomers</h3>
- When many monomers come together through chemical bonds they form a polymer, which is a macromolecule.
- Natural monomers allow the formation of biomolecules found in living beings.
- Carbohydrates, for example, are macromolecules that are created from the bond established by monosaccharides (monomers).
Therefore, we can conclude that polymers, in short, are chains of monomers -generally joined by covalent bonds-.
Learn more about monomers here: brainly.com/question/24573189
The answer is: more water will be reabsorbed in the kidney tubules.
Kidney tubules are the part of a nephron, a basic unit of function and structure of the kidney. The function of nephrons is secretion and reabsorption of a variety of solutes. If the concentration of solutes in the blood rises above certain level, this is a signal for kidney tubules to reabsorbe water. With more water in the blood now, the concentration of solute will reduce.
