This is called an uncomformity.
Cellulose
Enzymes and substrates are often specific for one another. They have shapes that can be modified to fit into each other which allows them to bind together (induced fit).T<span>ogether, Enzymes and substrates undergo some transformations </span><span>as they interact. They interact by forming hydrogen bonds, covalent bonds and what is also called hydrophobic interactions.</span>
The enzyme returns to its original shape and state after the reaction but the substrate is often modified or changed completely into a new, different product.
<span>Organisms living near hydrothermal vents have no access to light so they get their energy from chemosynthesis.
C</span>hemosynthesis<span> is the biological conversion of one or more carbon containing molecules</span><span> and nutrients into organic matter using the </span>oxidation<span> of inorganic compounds</span> or methane as a source of energy. <span>Chemosynthesis is the process by which certain microbes create energy by mediating chemical reactions.</span><span>
</span>
1. D is the answer. Sun's radiation hits the equator the hardest.
2. B. The definition of doldrums is a low activity period in time or area. So, that's your answer.
3. B. The Coriolis effect deflects air to the right in the northern hemisphere.
Mendel crossed the dominant smooth seeded pea plant (SS) with the recessive wrinkled seeded pea plant (ss). The F 1 generation produced the heterozygous smooth seeded plants with a genotype Ss. When two heterozygous pea plants (Ss) are crossed in the F2 generation represented by Ss x Ss, the gametes formed are S and s. In the second generation, out of the total offspring produced, 3 have the smooth seeded phenotype and 1 has wrinkled seed phenotype. Thus the phenotypic ratio is 3: 1 with one out of four plants being a wrinkled seeded pea plant.
