Lets say that there is an disease or infection on a certain species, if the community was not very diverse then that whole species will be effected because they are all alike. This can lead to an extinction of that species which then leads to the a possible collapse in the community due to the change in food webs.
More diversity equals to more stability because these risks have a fewer chance of happening.
I hope all of that makes sense(;
We are given:
2 units of packed red blood cells infused over 1 hour each, so 1 unit per hour
1 unit is equivalent to 250 ml
10 gtt/mL
solve for the volume per unit time:
1 unit per hour / 1 unit /250 mL = 250 mL per hour
The flow rate in drops per minute is determined by:
- converting hours to minutes:
250 mL per hour * (1 hour / 60 minutes) =4.2 mL per minute
-multiplying gtt/ml to flow rate
4.2 mL/min * 10 gtt/mL = 42 gtt/minute
Therefore the final flow rate in drops per minute is 42 gtt per minute.<span />
Answer:
Thomas Hunt Morgan demonstrated that
<u>chromosomes carry genetic material in the form of genes. </u>
T. H. Morgan gave the experimental verification of the chromosomal theory of inheritance by Sutton and Boveri.
He along with his colleagues worked with fruit flies (<em>Drosophila melanogaster</em>) which led to discovery of the basis of variation that occured due to sexual reproduction.
A decomposer is an organism that gains nutrients from breaking down the remains of dead organisms.
