It would be traced to victor safronov
Answer:
Petal color in snapdragon is an example of incomplete dominance and deviates from Mendel's law of dominance.
Skin color in humans exhibits a continuous variation and is regulated by more than one genetic loci.
Explanation:
Two alleles of a gene do not always exhibit the dominant-recessive inheritance as shown by Mendel. The alleles controlling the petal color in Snapdragon exhibit incomplete dominance since the allele "R" is not able to produce enough pigment in heterozygous condition to completely mask the effect of the recessive allele "r" Therefore, the heterozygous genotype "Rr" gives pink color to petals.
Mendel showed that each genetic trait is regulated by one gene and exhibit discontinuous variations. This is not followed by skin color in humans which is a polygenic trait with multiple genes regulating it. Here, a range of phenotype is present which is regulated by the sum total of the dominant alleles of all the genes involved controlling the melanin production.
If the client is experiencing nausea
and vomiting, diarrhea, thirst, polyuria, slurred speech, and muscle weakness,
then the most appropriate nursing intervention would be withholding the next
dose of lithium and drawing blood to test it for toxicity to avoid worsening
the client’s condition.
To add, the variety of
toxicities wherein some substances may give rise causes of harm to the entire
body, hazard to specific organs, major/minor damage, or cause cancer are called
health hazards. Anything falling outside of the definition cannot be
classified as that type of toxicant.<span> In treating schizophrenia,
impulse control disorders, depression, eating disorders and certain mental illnesses
in kids, lithium is used for them.</span>
<span>b.internal fertilization
</span>Sexual reproduction provides genetic variation because the sperm and egg that are produced contain different combinations of genes than the parent organism. Sexual reproduction involves meiosis which is the process of a cell doubling its DNA, shuffling its genes and then dividing the shuffled DNA among four cells.<span>Each resulting cell, or gamete from meiosis has only half the amount of DNA as the parent cell. So in order to form a new organism, two gametes, sperm and egg, must fuse, further mixing the genes to produce more genetic variation.</span>
Letter c is correct answer hope that helps you
