A tower at a higher elevation will experience a colder climate.
This is because: As the height increases (compared to sea level), the pressure is decreased. Since temperature is directly proportional to pressure, therefore, when the pressure decreases the temperature decreases as well.
Since temperature is straightforwardly corresponding to weight, consequently, when the weight diminishes the temperature diminishes as well.As the stature builds contrasted with ocean level, the weight is diminished. The impacts of high elevation on people are extensive. The rate oxygen immersion of hemoglobin decides the substance of oxygen in blood. After the human body stretches around 2,100, 7,000 feet above ocean level, the immersion of hemoglobin starts to diminish quickly.
These cycles are described as the collective changes that take place due to the effects of the earth's movements on its climate which prevails over the thousand of years.
The earth's rotation on the axis and the revolution around the sun involve the gravitational attraction thus creates variation and complex cycles. So the distance between the earth's and the sun and the moon create s variation as seen by the seasons.
It is associated with the timing of the northern lights and the shift in the temperatures of the surface waters of the midlatitudes of the pacific ocean.
The answer is b. elastic deformation In geologically active areas, stress causes rocks to deform or stretch out. But when the stress ends, the faults return back to normal through elastic deformation. They regain their original shape.
