1. Wetlands help prevent flooding by holding water like a sponge
2. Many species use wetlands for migration and reproduction
3. Wetlands help filter and purify water
4. Many species of animals and insects live in wetlands
5. Wetlands release vegetative matter into rivers and streams which helps feed fish.
6. Wetlands keep river levels normal
7. <span>wetlands are vital to the health of all other biomes and to wildlife and humans everywhere.
</span>8. <span>Wetlands provide habitat for endangered species.
9.</span><span> Our wetlands are beautiful areas of open space around the highly urbanized Bay Area that provide residents with many recreational opportunities.
</span>10. The Bay’s wetlands support our local economy by providing jobs in shipping, tourism, fishing, recreation, and education.
B. It provides information about why certain measurements are made in an experiment
From experience, to be able to have background research helps in the design of an experiment because it would tell you what is being measured in a experiment. Without the background information, my whole class got lost on what to do until my teacher told us what we had to measure and how we could measure the experiment.
The correct answer is A) A roast at 125°F (52°C)
Explanation:
In general terms, bacteria thrive at warm temperatures; this means bacterial growth is lower at extremely hot/cold temperatures, but it is higher at warm or medium temperatures. Indeed, the ideal temperature for bacteria to develop and reproduce is between 4° C and 60°C. This implies from the options given the roast at 52°C represents an ideal temperature for the growth of bacteria. Also, other options include temperatures above 60°C, and therefore do not allow bacteria to grow well.
Answer:
I think D is right answer
The question is incomplete as it does not have the options which are:
(a)DNA (b)tRNA (c)rRNA (d)mRNA
Answer:
Option-mRNA
Explanation:
The mRNA is synthesized from the DNA and which is also a type of nucleic acid. When the nucleic acid is extracted from the yeasts and then mixed with the resin beads to which the polynucleotide with thymine base oar is attached.
The mRNA will bind to the resin bead as the mRNA after synthesis undergoes modification and attaches poly A tail to the end of the mRNA at 3' end.
This poly-A tail has adenine which easily binds to the thymine and thus mRNA easily attaches to the resin bead.
Thus, mRNA is correct.
