Natural system is former when various components get grouped together for a particular function
Answer:
A) It depends on the dispersal abilities of the organism. If the organism cannot move across the open ocean, it is very likely that the groupʹs ancestors were present on the original land mass before it broke up.
Explanation:
A) It depends on the dispersal abilities of the organism. If the organism cannot move across the open ocean, it is very likely that the groupʹs ancestors were present on the original land mass before it broke up.
B) The groupʹs ancestors cannot have been present on the original land mass before it broke up.
C) The groupʹs ancestors were definitely present on the original land mass before it broke up.
D) The groupʹs ancestors must have independently colonized each of the land masses from a third location within the past 45 million years.
The two land masses are separated by deep ocean channel which are purported to have been moving apart since 45 million years ago. Hence, for the organisms to have a widespread population on both land masses, either of two things are possible:
- The ancestors of the organisms had a wide range of dispersal mechanism to cover the two land masses as they were moving apart or
- The ancestors were present on the original land mass before it broke up into two. When it broke up, each land mass has some parts of the ancestors.
The correct option is A.
I think the correct answer from the choices listed above is option C. If a cell is compared to a plant, the organelle that helps transport fertilizer from the soil to the leaf would be the vacuole. Vacuoles<span> are storage bubbles found in cells. They are found in both animal and plant cells but are much larger in plant cells. </span>
Answer:
The imperial system of measurement.
Most of the world uses the metric system the US used the imperial system which isn't really all that great, but they never bothered to change it.
