Hey there!
Here is your answer:
<u>The proper answer to this question is option A "spiral".</u>
Reason:
<u>A spiral galaxy has a little rotation, but not enough to flatten out. </u><span><u>Spiral galaxies consist of a flat, rotating disc containing stars, gas and dust. These galaxies contain what any other galaxy would have for example: Stars, planets, moons, etc... </u>
Therefore the answer is option A.
If you need anymore help feel free to ask me!
Hope this helps!
~Nonportrit</span>
The object with the heavier mass, although the same amount of force is applied to it, would take a lot more to shift than the one of lesser mass
Answer:
A. Allopatric Speciation
Explanation:
This is because the species do not maintain a zone of contact and are separated by a large river.
Answer:
Sharp-spined cactus
Explanation:
Given, that N allele is required for the production of spine and S allele will produce sharp sines.
True breeding sharp spined cactus: NNSS
spineless cactus: nn__ ( we can't fix the allele for second gene since it has not been mentioned as true breeding )
Their progeny: NNSS X nn__ = NnS_
So the progeny is going to be sharp spined because both the dominant alleles N and S are present.