because their is less oxygen up in the mountains
cooler particles are slower moving thus more dense. the more dense the material the further it will sink
The mountains are cooler because the earth absorbs an amount of sun's heat.Plus in the group of layers which are called the ionosphere, the sun's heat is absorbed as only the light gases or heated gases are present in that area. Therefore the temperature in the ionosphere reaches 1650 degrees centigrades in the 240 km area (the ionosphere goes on till above 600km).As we lower down towards earth the temperature decreases, and as the access heat is sent by earth the coolest place is the meeting of stratosphere and troposphere at the height of 11000 meters (11kms) approximately.So, actually the areas near to the sun do get hot, but till the time it reaches the mountains it gets cooler, and even earth absorbs heat due to which the mountains get cooler.The pattern of heat is like this:keys- H-hot, C-coldHCH
Hot air rises because it is less dense than cooler air. As the hot air expands, it becomes less dense and is pushed up by the denser, cooler air surrounding it. This creates convection currents, with hot air rising and cooler air sinking.
A mountain breeze is caused by the cooling of air in mountainous areas during the night. As the temperature drops, the cooler, denser air moves down the slopes into the valleys, replacing the warmer air that rises. This phenomenon typically occurs in the evening and can create a gentle breeze in the valleys below. The temperature difference between the mountains and valleys is the primary driver of this process.
Because there is usually a lower temperature at night then in the day time.Answer:Water, during the day, picks up heat from the sun quicker thna it loses it to evaporation. Thus it stays warmer. At night the water tends to lose heat by evaporation as it ties to reach the wet bulb temperature of the air. This is usually cooler han the air temperature we record on a thermometer (dry bulb) so the water can get cooler than the air. The evaporation also cools the water (the hor molecules are the ones that evaporate).
no but they have the highest peak on the continental U.S.
no but they have the highest peak on the continental U.S.
The famous mountain range in county Down is the Mourne Mountains, often just called the mountains of Mourne. The highest of these is Slieve Donard.
Some of the country's highest mountains are located in the Rocky Mountain region. The Rocky Mountains stretch from Canada down to the United States, including states like Colorado, Wyoming, and Montana. These mountains are known for their majestic peaks and outdoor recreational opportunities.
second rung
it is a level where you fight under a full moon, and stones roll down from the mountains trying to kill and when the roll down u also have to vs black knights
The famous mountains in county Down are the Mountains of Mourne or Mourne Mountains as they are also known.
The rockies are much higher. the highest point in the Appalachian is in NC Mount Mitchell - 6,684 feetwhile the highest point in the Rocky mountains is in Colorado Mount Elbert - 14,433 feet But this is not the highest point in the lower 48. That would be in the sierra Nevada range in California Mount Whitney - 14,494 feet
Much of Italy is covered by mountains. The Dolomite mountains which extend across northern Italy are part of the Alps mountain range. The Apennine mountains cut down the center of Italy, stretching from north to south, dividing the east and west coasts.It is Mont Blanc or Monte Bianco as they call it. It is on the border of France and Italy. It is the highest mountain in the Alps and in Western Europe. It is 15,781 feet above sea level.
Mountains have thinner air than the lower ground. Your ears adjust to the pressure up on the mountain, but then have to readjust to their normal level of pressure as you come back down. That adjustment accounts for the popping in your ears.
The larger the highest energy level, the larger the atomic radius.
Yes: Australia's highest mountains lie between Sydney and Melbourne. The Snowy Mountains are part of the Great Dividing Range, which begins in far north Queensland and continues south down the eastern coast, beyond Melbourne. Mountains feature significantly between Sydney and Melbourne.