Answer:
A. Books and DVDs can be given new life as well.
Answer:
8 genetically different types of gametes.
Explanation:
This is typical heterozygotic trihybrid individual i.e. an individual with three pairs of contrasting characters possessing different alleles on each gene. This is similar to Mendel's observation of F1 hybrid.
According to Mendel's law of independent assortment, the alleles get sorted into gametes independently of one another. Hence, this hybrid (AaBbCc) with three unlinked genes produces 8 genetically different gametes after undergoing meosis viz:
ABC, ABc, AbC, Abc, aBC, aBc, abC, and abc.
The number of gametes formed by this trihybrid heterozygote (AaBbCc) is determined by the formula 2^n, where n represents the number of characters.
Since this is a trihybrid cell involving three unlinked genes, 2^3 = 8
i.e. 8 gametes will be produced as stated earlier.
3A)Amino acids-peptide
3B)Enzymes–speed up
3C)Active sites–substrate
3D)Unchanged
3E)[follow the instructions given]
4A)DNA—RNA
4B)Nucleotide—Deoxyribose–Phosphate–Nitrogen base
4C)DNA
4D)Thymine–Adenine—Cytosine–Guanine
4E)Hydrogen bonds
The answer for the given question above would be the third option. Why there are always more members on the lower trophic levels than the higher trophic levels is because, as <span>energy moves from one trophic level to the next, less and less energy is available for the next level limiting the number on the next level. Hope this answer helps.</span>
Answer:
What is the name of this website
or the book?