Answer: A) The temperatures in Central America were 0.1 to 1.5 degrees higher, on average.
Explanation:
No map is attached but this should be the correct answer.
Studies show that since 1951 temperatures in Central America have risen by around 0.5°C and will probably rise by another degree before the year 2050.
This rise in temperatures means that Central America is one of the more vulnerable areas to climate change in the world with Honduras for instance being said to be the most affected nation by climate change from the years 1994 to 2013.
Viscosity is the ability of a substance (in this case, lava) to resist flow. First of all, the temperature of the lava affects the viscosity. Lava with a higher temperature has lower viscosity than cooler lava (higher viscosity) since cooler lava is starting to solidify thereby increases its resistance to flow. The composition of the lava is also a determinant of viscosity such as the silicon content of the lava. The higher the silicon content of the lava, the higher the internal friction of the lava, thereby higher resistance to flow.
Answer:
Higher elevations experience cooler temperatures compared to lower elevations.
Explanation:
Elevation helps to determine the temperature of an area through relationship between availability of air and the pressure. The higher the elevation, the lower the availability of air which in turns leads to lower pressure.
This lower pressure influences the temperature of that point to be cooler. At same time, the lower the elevation and all things being equal, the hotter the temperature.
Answer:
I believe it is.. 34.0522° N, 118.2437° W , if my memory serves me right.
Explanation:
