because as you go up the sea level gets higher
Temperatures drop as elevation increases because the air becomes less dense at higher altitudes, making it more difficult for the air to hold onto heat. This results in a decrease in air pressure and temperature with increasing elevation.
As we ascend in altitude, the air pressure decreases, leading to an expansion of the air molecules and a drop in temperature. This phenomenon is known as adiabatic cooling and is the reason why temperatures tend to be cooler at higher elevations above sea level.
Warm surfaces transfer heat to the air molecules above them, making those air molecules move faster and spread out, which decreases their density and increases their temperature. On the other hand, cool surfaces absorb heat from the surrounding air, causing the air molecules above them to move slower and become denser, resulting in cooler air temperatures.
Elevation above sea level refers to the height of a location or object above the average level of the sea's surface. It is typically measured in feet or meters and is used to describe the vertical distance between a point on Earth's surface and sea level. Areas at higher elevations generally have cooler temperatures and different climate conditions compared to low-lying areas.
Air (especially the air we breath (i.e. near sea level)) does not absorbe the heat from the sun. That passes through the air and is absorbed into the ground (or sea). It's the heat from the ground that heats the air; thus the air nearest the surface of the planet that gets the warmest.
Temperatures drop as elevation increases because the air becomes less dense at higher altitudes, making it more difficult for the air to hold onto heat. This results in a decrease in air pressure and temperature with increasing elevation.
As we ascend in altitude, the air pressure decreases, leading to an expansion of the air molecules and a drop in temperature. This phenomenon is known as adiabatic cooling and is the reason why temperatures tend to be cooler at higher elevations above sea level.
Elevation is the reason that tempertures become cooler as you go higher above sea level.
I learned this in science class but i forgot it sorry. :( But maybe this will help go to www.google.com type in your question and look for answers if that doesn't work come back to wikianswers and I'll see what i can do. I think i know! as you go higher above sea level the pressure decreases of a substance gets lower.
The Sahara desert is one of the hottest places. It is very hot during the day but the air turns cooler at night. Daily summer temperatures are often above 90F. Parts of the desert have daytime temperatures higher than 110F. Daily winter tempearatures average from 50 to 60F.
Warm surfaces transfer heat to the air molecules above them, making those air molecules move faster and spread out, which decreases their density and increases their temperature. On the other hand, cool surfaces absorb heat from the surrounding air, causing the air molecules above them to move slower and become denser, resulting in cooler air temperatures.
Maggie Valley's average elevation is 3,200 feet above sea level. Gatlinburg is approximately 1,500 feet. Temperatures generally change on average 3-5 degrees per 1000 feet of elevation change. The higher the elevation the cooler the air.
Above 100 0C water become a gas.
The seatwarmer/cooler should be located in the center console just above the transmission. The higher number you put it on the hotter or cooler it becomes.
Ooty is cooler than Mysore primarily due to its higher elevation, sitting at about 2,240 meters above sea level compared to Mysore's elevation of around 770 meters. This altitude results in a significantly cooler climate, especially during the summer months. Additionally, Ooty's lush greenery and dense forests contribute to its cooler temperatures, creating a pleasant environment for visitors and residents alike.
The best temperatures that sperm are produced is 37oc. if the temperature is higher than this then the scrotum lowers and if its colder than this the scrotum contracts and becomes more wrinkly.
When one area of land heats up faster than another (such as the black surface of pavement, such as on a parking lot), the air right above this area also heats up faster than the air around it. Since hot air rises, the hotter air above the hotter land begins to rise. Cooler air moves in to replace the hotter air, forming a breeze. Therefore, the wind usually blows from areas with cooler land temperatures to those with higher land temperatures.