The plant is a monocot.
The plant is vascular so it could be a fern, gymnosperm or angiosperm.
In the stem cross section of the fern, the vascular tissue forming a non-complete cylinder is present. Gymnosperm has a stem similar to angiosperm. In the stem cross section wood rays are like the spokes of the wheel. Thus, it leaves the angiosperms. Among angiosperms, dicots have vascular bundles are organized as a ring, while monocots have <span>vascular bundles scattered throughout the stem cross section.
Therefore, a found plant must be a monocot.</span>
Having more data would make the average height less affected by one or two plants that are randomly shorter or taller.
This is true
If you put the diagonal along that path, this will help the photography form seeming split to people. You can also use it to exploit it and make people focus on other parts of the photo by making their pattern go differently while seeming as if it is going regularly.
Helicase, DNA polymerase, Ligase and Primase. These are the ones we learned I don't know if there are more.
Use the formula: v=v0+at
v is the final velocity
v0 is the initial velocity
a is the acceleration
t is the time
Plug in and solve for t:
0=6+(-2)t
<em>*Subtract 6 from both sides*</em>
-6=-2t
<em>*Divide both sides by -2*</em>
3 seconds=t
Hope this helps!!
