The answer is Brazil I think
We can use light absorption technique to determine which element this atom belongs to.
When light meets an atom it is absorbed. The particles of light (photons) are absorbed by electrons and electrons jump to a higher energy state. When electron jump to a lower energy state they emit photons. If we observe continuous spectrum of a light that comes from this atom we can see black stripes. These stripes are unique for each atom and represent these jumps that electron made. By comparing observed stripes with those that were found in a laboratory we can figure out which element this atom belongs to.
38 x 3800 = 88x
---- = ---- 43.2 = x
88 100
b. 43.2 %
The correct answer is - 3.
The number 3 location is the one that is most suitable on this landscape for the emergence of water as a spring. The reason for that is that it is lowest point of the landscape on the image. Because the terrain falls towards this part, the rain that falls and manages to get into the ground, will be moving towards that direction. Since the land is coming to an end at the number three spot, and it is also falling downwards, the water will have no big problem to manage to penetrate through the ground and come out on the surface, as it will have a big pressure pushing from up towards down.
The answer is C. Subtropical winter rain
Subtropical is a zone characterized by two seasons only; summer and winter. It is known for hot and humid summers, and mild to chilly winters. The winter season is not a cold winter. They generally between latitudes 25° and 35° on the southeast side of all continents.
As compared to the subtropical climate type, the continental temperate contains warm and humid summers and cold and harsh winter.
