Answer:
The plant would be red.
Explanation:
It would be red because red leaves are a recessive trait which has lowercase b's so if the genotype for the plant is bb, it would be red. If the plant had BB, it would be brown and if it had Bb it would be brown but, it would be a carrier of the red gene.
A logarithmic model is the type of growth in which a population increases rapidly at the first, and then it starts slowing down to level off the population. This occurs due to plenty of resources available initially, when the population starts developing and then resources start to limit and competition occurs, which slows down the growth.
Answer:
B. They reproduce asexually.
Explanation:
Asexual reproduction often known as abiogenetic multiplication requires just one parent organism and results in hereditary identical progeny (similar to a new copy). Since there is no blending of genetic data required and organisms don't have to invest energy finding a mate, populaces can increment quickly because of asexual generation. Thus, with the guide of asexual generation, the energy needed in the process associated with multiplication and nurturing is diminished contrasted with sexual reproduction.
Answer AND Explanation:
Enzymes change the formation of the transition state by lowering the activation energy and stabilizing the highly energetic unstable transition state. This allows the reaction rate to increase.The products are formed separate from the enzyme so that other substance molecules can fit into the active sites.
Answer: The alga Volvox , or multicellular, as in the phylum Bryozoa. The former type may have been the first step toward multicellular organisms.
Explanation: