Answer:
True The human body contains 8-10 liters of blood.
Prokaryotes differ from eukaryotes in terms of cell complexity.
<h3>Differences between prokaryotes and eukaryotes</h3>
Prokaryotes refer to living organisms whose bodies are made from prokaryotic cells. Eukaryotes, on the other hand, are organisms made from eukaryotic cells.
Prokaryotes differ from eukaryotes in the following ways:
- Prokaryotes lack a nucleus while eukaryote organisms have one or more nuclei. The genetic materials of prokaryotes are arranged as nucleoids and lie freely within the cytoplasm.
- In terms of size, prokaryotic cells range from 0.1 to 5 micrometers. Eukaryotic cells range from 10 to 100 micrometers.
- Prokaryotic cells usually have cell walls. Some eukaryotic cells have cell walls, while some do not.
- The ribosome size of prokaryotes is around 20 nm while that of eukaryotes varies from 25 nm to 30 nm.
- In terms of evolutionary advancement, eukaryotes are more advanced than prokaryotes.
More on prokaryotes and eukaryotes can be found here: brainly.com/question/4644590
#SPJ1
The following options are attached to the question above:
A. When a new trait evolves
B. When an ancestor becomes extinct
C. When it is discovered
D. When it becomes large enough
ANSWER
The correct option is A.
A cladiogram refers to diagram that is used to show the relationships among organisms. The diagram make use of lines, which branch off in different directions and which end up at a clade. A clade refers to a group of living organisms that share a last common ancestor. The diagram is used by biologists to visualize group of organisms that are been compared in order to determine their relatedness and their most common ancestors. In cladiogram, a group of organism branch off when a new trait emerge.
Answer:
F(M) = 0.7 F(N)=0.3
Explanation:
We need to take into account that individuals NN and MM only N or M aleles respectively while MN gives just half of the allelic contribution for each. With this in mind we have the following probabilities for getting each of the alleles: MM => p(M) = 1.0 and p(N)=0.0
MN => p(M ) = 0.5 and p(N) = 0.5
NN => P(M) = 0.0 and p(N) = 1.0
With this we can calculate the frequencies of the M and N alleles in the population with 100 individuals using the following formulas
For f(M):
The frequency of the M allele is 0.7
For f(N):
The frequency of the N allele is 0.3
