The organism in this photograph would most likely produce oceanic sediments that are <span>calcareous.</span>
Food webs are more complex than food chain
Answer:
<u>Homeostasis</u> is an outcome of gene regulation.
Explanation:
Gene regulation can be described as one of the vital processes through which maintenance of the body's internal conditions takes place. The mechanism of gene regulation monitors the production rate of a specific protein according to the requirements of the body. Almost every RNA or protein of the body needs regulation.
Homeostasis can be described as the maintenance of ideal conditions for the proper functioning of the body. The genes needed for maintaining homeostasis need to be properly regulated. For example, regulation of temperature, regulation of blood glucose level.
Generation-to-generation change in the allele frequencies in a population is _____.
a. genetic drift b. natural selection c. macroevolution d. mutation e. Microevolution
Answer:
e. Microevolution
Explanation:
Microevolution refers to the small changes in the allele frequencies and the genotype frequencies of the populations. These changes occur over a few generations and deviate the populations from the genetic equilibrium.
The processes responsible for microevolution are mutations, genetic drift, gene flow, etc. Similarly, sexual selection and nonrandom mating also change the allele frequencies of the populations. Likewise, natural selection brings about microevolution by increasing the frequencies of the alleles that impart the beneficial traits to the organisms.
Answer:
The production of biogas is the easiest way of extracting the energy from residues, under various factors.
Explanation:
It is produced from the organic residue – carbon, which degrades with the help of bacterias.
It can be produced using the anaerobic digesters and in this process biomass waste transforms into methane and this way produces the energy that is renewable and used for energy and heating.
