Answer:
49.54
Explanation:
Given parameters:
Number of organisms in original habitat = 4695
Number of organism in new habitat = 2326
Solution:
To find the percentage of the organisms in the new habitat that has migrated to the new habitat, we use the expression below:
% of the population in the new habitat = \frac{number of organisms in new habitat}{number of organisms in original habitat} x 100
% of the population in the new habitat = \frac{2326}{4695} x 100 = 49.54%
60 years is three half life for the substance, so 40*1/2^3=5
Answer:
True?
Explanation:
maybe I think true since different types of plants have different structures and because of the structures maybe a plant can reproduce like for a long time later and another plant can have a different structure and reproduce faster. I’m just 11
A method by which you could separate mRNA from the other types of RNA in a eukaryotic cell is oligo (dT) chromatography.
<h3>What do you mean by mRNA?</h3>
mRNA may be defined as a molecule in cells that holds codes from the DNA in the nucleus to the sites of protein synthesis in the cytoplasm.
The mRNA can be easily isolated from other types of RNA by the most reliable and convincing method of oligo (dT) chromatography which is the magnetic separation method that bounds oligo (dT) molecules on the surface of paramagnetic beads.
Therefore, a method by which you could separate mRNA from the other types of RNA in a eukaryotic cell is oligo (dT) chromatography.
To learn more about mRNA, refer to the link:
brainly.com/question/884041
#SPJ4
This is multiple correct option question options were
1. Cyanosed skin
2. Uncontrolled shivering
3. Cardiac dysrhythmias
4. Increased blood pressure
5. Increased respiratory rate
The answer is options 1, 2, 3
In this case the patient suffers from hypothermia which is medical term for the condition when body loses heat faster than it can produce in this condition patient shows signs such as uncontrolled shivering and cyanosis; cardiac dysrhythmias may occur in later stages
