<em>Differing amounts of solar radiation across earths latitude affects the ocean </em><u><em>Surface temperature
</em></u>
Answer: <em>Surface temperature
</em>
Explanation:
Since the Earth is round, the angle of the surface in respect to the approaching radiation varies with latitude. At low latitudes, close to the equator, direct overhead daylight got all year heats up surface waters.
At high latitudes, sea waters get less daylight – the poles get just 40 percent of the warmth that the equator does. In the sea, sun based energy is reflected in the upper surface or quickly consumed with depth, implying that the more depth into the sea you dive, the less sunlight there is.
This outcomes in less warming of the water. In this way, the deep ocean is relatively cold than the upper surface.
The answer is "PET scan" or "PET-CT".
PET scan or positron emission tomography uses the technology behind conventional CT scans but performs to quantify the function in specific parts of organs (i.e. brain). The patient will be given a positron emitting substance most commonly fluorodeoxyglucose or FDG via intravenous injection. After which, the patient will go to the PET machine and the PET machine will measure the positron emitted throughout the body. Positron is well correlated to the function of a specific part of an organ.
Answer:
The ventricles of the heart have thicker muscular walls than the atria. This is because blood is pumped out of the heart at greater pressure from these chambers compared to the atria. ... This is due to the higher forces needed to pump blood through the systemic circuit (around the body) compared to the pulmonary circuit.
Explanation:
The Human Heart — PT Direct
