Because, taller mountains are high enough to reach the next layer of the atmosphere, which tends to be colder because the sun's radiation is mostly deflected at the top. The bottom layer is alot warmer because of the greenhouse effect.
Mountaintops are colder than the lowlands because the Sun heats the Earth from the ground up. The Sun's radiation travels through the atmosphere to the ground, where Earth absorbs the heat then emits it back out. So, temperatures near the Earth's surface is generally the warmest.
When you go below zero, the 'higher' number is colder. So, -6 F is two degrees colder than -4 F.
No. The reference to "below zero" when using the Fahrenheit scale is literally "below 0°F", which is considerably colder than "below freezing" which is lower than 32° Fahrenheit.
Mountaintops wheater faster bucause if they are tall ice,rain,and wind can wheater it and if it's a small mountaintop gravity can wheater it.
18 is colder than 9.6
Yes,because the higher you go the colder you get. The temperature drops to 11 degrees
Mountaintops are colder than the lowlands because the Sun heats the Earth from the ground up. The Sun's radiation travels through the atmosphere to the ground, where Earth absorbs the heat then emits it back out. So, temperatures near the Earth's surface is generally the warmest.
Twenty below (-20) is colder than ten below (-10).
No -25 °C is colder than -18 °C
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when it goes down for example 0 Celsius is colder than 10 Celsius
No. -90 is colder. When temperatures are negative, the number indicates how far below zero the temperature is.
The heat can not get very far down, thus making it colder.
No, -80 F is 10 degrees colder than -70 F because it is farther below zero.
Much colder - the mean temperature of Io is 110 Kelvin - about 160 below zero Fahrenheit.
When you go below zero, the 'higher' number is colder. So, -6 F is two degrees colder than -4 F.