Answer:
100,000 TMV
Explanation:
Length of one TMV is 300nm. Length of paper clip is 3.0cm. First step is to convert either value to match the units of other.
So 3.0cm to nm is 3.0 * 10^7 = 30,000,000nm
SO now it becomes simple because we just divide the total length by length of TMV to find number of particles that can fit:
30,000,000/300 = 100,000 TMV
Answer:
A dominant allele can be described as the one which suppresses the effect of a recessive allele.
A deleterious allele is an allele which causes a decrease in fitness for a species as compared to the other allele form for the gene. A deleterious allele might be present often in a species but it might get masked due to the effect of the other allele. Due to this, a deleterious allele is mostly a recessive one. However, there can be some deleterious alleles which are dominant.
Hey there!
This process is called phosphorylation. <span>
When energy is used, ATP molecules convert to ADP molecules.</span>
Your answer is the 2nd option.
Hope this helps you.
Have a great day!
Explanation:
in DNA nitrogen bases are adenine, thymine, guanine and cytosine and in RNA nitrogen bases are same but instead of the thymine there's uracil
in DNA there are linked together adenine and thymine ; Guanine and cytosine. And in RNA adenine and uracil; Guanine and cytosine.
Flagella provide motility to a sperm cell, cilia act as sensory "antennae" in many cells and microvilli Increase a cell surface area
<h3>What is flagella, cilia and microvilli?</h3>
Flagella is a hair-like structure used by cells for locomotion or movement. The sperm makes use of flagella for locomotion.
Cilia is a hair-like structure that is found on the surface of organisms which are sensitive to touch.
Microvilli is a hair-like structure that is richly fortified with blood vessels found in areas for absorption. This is because it increases the surface area.
Learn more about absorption here:
brainly.com/question/26061959
#SPJ12