In a prokaryotic division, the cellular reproduction
is by binary fission. The bacterial chromosomes replicate then proteins migrate
toward the midpoint of the cell and the duplicated chromosomes moves away from
each other forming a protein ring at the midpoint. Plasma membrane and cell
wall materials will accumulate to add to the cell volume. Then, the protein
ring will form a septum that pinch inward and divide the cell in two, forming
two daughter cells.
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The relationship between the ant and the cicada is Parasitism --- One organism benefits, by hurting the other organism. I hope that this is the answer that you were looking for and it has helped you. Have a nice day.
<span>Chlorophyll is any of many closely related green pigments found in cyanobacteria and the chloroplasts of algae and plants, and the function of it is that is absorbs energy from light.</span>
Think recessive phenotypes as paper and dominant phenotypes as teared paper. Once paper is teared, it can't be fixed. Not even tape. It'll just leave that mess exposed. Same with dominant phenotypes. It just takes one dominant trait to change the looks of future offspring.
If you don't tear the paper, everything is fine. Same with recessive phenotypes. As long as there's no contact with any dominant phenotypes, the looks of future offspring will change.
<h3>Answer</h3>
29.2°
<h3>Explanation</h3>
Given in the question,
radius of circle = 4 m
area of sector = 5π m²
The area of a sector of a circle is
<h3>½ r² ∅</h3>
<em>where r is the radius and ∅ the angle in radians subtended by the arc at the centre of the circle.</em>
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<h3>area of a sector = ½ r² ∅</h3>
5π = ½ r² ∅
5π * 2 = r² ∅
10π = r² ∅
10π = 4² ∅
10π = 16∅
∅ = 16 / 10π
∅ = 8/5π in radians
<h3>Converting rad to degree</h3>
π = 180°
1rad = 180/π
8/5π rad = 8/5π * 180/π
= 8/5π × 180/π
= 29.2°
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