"Parallel" is the one venation pattern among the following choices given in the question that is a <span>characteristic of monocot leaves. The correct option among all the options that are given in the question is the first option or option "A". I hope that this is the answer that has actually come to your great help.</span>
Parallel venation patterns are characteristic of monocot leaves. It is a pattern of arrangement of veins in leaves wherein all the veins are arranged side by side to each other. There is almost the same distance between two successive veins.
The leaves of monocot plants mostly exhibit parallel venation. The veins of the leaves of monocot plants are aligned in such a way that they never meet each other but run in a parallel pattern.
Answer: Yes this chemical reaction obeys the laws of physics. Its very simple, let me explain.
Explanation:
When Iron(Fe) oxidizes it gains three oxygen atoms so it reacts to form Fe2O3 so it becomes bigger or explands. Its also sometimes called "oxide jacking".
It is apart of cellular DNA an ATP, and is a major component of bones and teeth, it is often only available in limited quantities in the the environment.
