Answer:
I believe the correct answer of the first question from the choices listed above is the first option. About 2 times faster the smaller cube organism be able to absorb oxygen. Hope this answers the question. Have a nice day. Feel free to ask more questions.
Explanation:
The correct answer is option C, that is, woody, reinforced cell walls.
The prime layer of growth in the roots and stems of various plants, mainly in dicots like oak trees and buttercups, and gymnosperms like pine trees is known as vascular cambium. It generates phloem on the outside and xylem on the inside.
The vascular cambium thickens stems or branches and increases their girth. Thus, due to their unique tendency, one would expect vascular cambium to be simple, undifferentiated cells, which possesses the tendency of rapid cell differentiation, but would not expect them to have woody, re-inforced cell walls.
Answer:
Analogous structures
Explanation:
These structures are similar but not derived from the common ancestor like homologous structures. Analogous structures are formed as a result of convergent evolution-type of evolution in which organisms develop on similar way but independently. An example of analogous structures are wings. Birds, insects and bats all have wings, with the same purpose (flight) but they evolved in their own way.
It is B, since it is at the end of the investigation
Answer:
The heavy person
Explanation:
When something has more mass gravity pulls it down faster. Here's an example, a brick and a feather a brick falls fast a feather floats down.
