Answer:
(2) 8 ºC
Explanation:
The range of the temperatures from the uppermost layers of the ocean - around 100 to 150 m -, which in this case is 125 m, is not always constant as they fluctuate due to the atmospheric heating and cooling, and also due to seasonal variations.
However, if we base our answer on the table below, we would determinate that the approximate water temperature at a depth of 125 meters is 8 ºC (2). This is because, if we observe, the temperature at 100 m is 12 ºC, while at 150 m is 5 ºC. Therefore, the temperature at 125 m should be higher than 5 ºC and lower than 12 ºC, that is 8 ºC.
I know all about this, but could you specify what you mean?
You should assume dairy calcium and DO NOT DRINK ALCOHOL
Explanation:
A rock would experience a temperature of 5500°C is about the core which is at a depth of 220km.
But let us use the earth's geothermal gradient to solve this problem.
The geothermal gradient is the rate at which temperature is increasing with depth.
The geothermal gradient 25°C/km
At 5500°C,
5500°C x 
= 220km
But this is not so in nature, there are other heat sources that contributes to increasing temperature with depth such as radioactive heat and frictional heat.
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Are you referring to this question?
All BUT one descriptive phrase applies to the illustration
of water. That is
A) water is a polar molecule.
B) the empirical formula of water is HO.
C) the shape of a water molecule is bent.
D) the molecular formula of water is H2O.
If you are, then the answer would be letter b. the empirical formula of water is HO.<span> </span>
<span>>Water Molecular Formula</span><span>: H</span><span>2</span><span>O</span>
<span>>Water </span>Empirical Formula: H2O
