Which of the following accurately describes the thermocline profile along the equator? A. Due to constant temperatures, there's no thermocline in the tropical region. .
B. The equator is susceptible to extreme storms so the thermocline changes significantly throughout the year.
C. Due to constant temperatures, there's no thermocline in the polar regions.
D. The thermocline stays relatively stable throughout the year.

B. The equator is susceptible to extreme storms so the thermocline changes significantly throughout the year.

Explanation:

Storms occurs on that locations where there is high temperature and high temperature is only present at the equator due to direct sunlight. So we can say that maximum storms comes at and near the regions of equator. The oceans present near the equator have a warm layer known as thermocline from where water is evaporated and the intensity of storms are also increases.

correct answer is option a.

tropopause, stratopause and mesopause have all in common aspect that is point of maximum temperature in its layer of the atmosphere. all layers of atmosphere observe abrupt change in temperature. tropopause is the boundary between troposphere and stratosphere. stratopause is the boundary between stratosphere and mesosphere. mesopause is the boundary between mesosphere and thermosphere. these all boundaries are ranges between altitude of 0 to 80 km.

the answer is b)3/8x+1