Answer:
Because the Southern Hemisphere has more ocean and much less land. As you may know water heats up and cools down more slowly than land.
Answer:
I think it is C but I'm not 100% sure
Answer:
A. Accurate but not precise
Step-by-step explanation:
The illustration given shows that the was far from each other which means it is not precise because precision is that the given data must be close to each other. However, it is accurate because the darts are closer to the bullseye which can still be considered as accurate. Therefore, I believe this is accurate but not precise.
On which structure would you expect to find a body map?
a. frontal lobe
b. temporal lobe
c. occipital lobe
d. thalamus
e. brain stem</p>
Frontal lobe expect to find a body map.
a. frontal lobe
<u>Explanation:</u>
The frontal projection is the piece of the cerebrum that controls significant. The correct side of the equator of the frontal projection controls the left piece of the body and the other way around. This can decide how the body is influenced by mind damage.
The frontal projections are viewed as our enthusiastic control focus and home to our character. There is no other piece of the cerebrum where sores can cause such a wide assortment of side effects (Kolb and Wishaw, 1990).
The frontal projections are engaged with engine work, critical thinking, immediacy, memory, language, inception, judgment, drive control, and social and sexual conduct.
Answer:
The proportion 'p-hat' that were cyanobacteria is 0.76
Explanation:
The proportion of cyanobacteria is the relationship between the whole sample and the actual quantity of cyanobacteria found in the sample, that were not other algae. In general, proportions are written as fractions. The<em> numerator is the number of cyanobacteria in the sample, while the denominator is the total number of organisms in the sample</em>.
So, in the exposed example we know that
- The sample was composed of 50 algae
- There were two categories for the sample: algae that were cyanobacteria, and algae that were not cyanobacteria
- Algae that were cyanobacteria = 38
- Algae that were not cyanobacteria = 12
If we want to study the relationship between the sample and cyanobacteria and express it as a proportion, then we need to divide the number of cyanobacteria by the number of algae in the sample. This is
38/50 ----> Fraction expression of the relationship between cyanobacteria
and the sample
0.76 ----> Proportion of cyanobacteria in the whole sample.