A temperature of 95°C would most likely occur in the stratosphere, particularly in the upper regions where temperatures can rise due to the absorption of ultraviolet radiation by the ozone layer. The stratosphere extends from about 10 to 50 kilometers above the Earth's surface, and temperatures typically increase with altitude in this layer.
If the temperature is above freezing, precipitation would likely fall as rain. Snow and sleet typically occur when temperatures are at or below freezing.
If a planet warms up, the atmosphere would likely expand as the air molecules gain energy and move more vigorously, causing the atmosphere to become thicker. Conversely, if a planet cools off, the atmosphere would likely contract as the air molecules lose energy and slow down, causing the atmosphere to become thinner.
A tornado would occur in the troposphere, the layer closest to the Earth.
If the sun heated the atmosphere evenly, it would disrupt the temperature differences that drive weather patterns in the Earth's atmosphere. This would likely lead to a breakdown of the water cycle, as it relies on these temperature differences to create processes like evaporation, condensation, and precipitation. Overall, the water cycle would be greatly affected and could potentially cease to function properly.
a lava flow
The Answer is THERMOSPHERE
If the temperature is above freezing, precipitation would likely fall as rain. Snow and sleet typically occur when temperatures are at or below freezing.
If a planet warms up, the atmosphere would likely expand as the air molecules gain energy and move more vigorously, causing the atmosphere to become thicker. Conversely, if a planet cools off, the atmosphere would likely contract as the air molecules lose energy and slow down, causing the atmosphere to become thinner.
A tornado would occur in the troposphere, the layer closest to the Earth.
It is theoretically possible, but highly unlikely. The Acid in the sky is likely to react with other air molecules, neutralizing it, and possibly creating weaker acids. One would have to be on a planet where the natural atmosphere was already more acidic than hydrochloric acid.
Nope.
a body temperature of 99 would most likely induce
Rain would likely be falling from cumulus clouds with a ground air temperature of 14°C. Snow or sleet would occur at colder temperatures, while hail is associated with more intense thunderstorms.
If the sun heated the atmosphere evenly, it would disrupt the temperature differences that drive weather patterns in the Earth's atmosphere. This would likely lead to a breakdown of the water cycle, as it relies on these temperature differences to create processes like evaporation, condensation, and precipitation. Overall, the water cycle would be greatly affected and could potentially cease to function properly.
Death would occur
If the earth's atmosphere was filled with dust that blocked the sun's rays, a sudden climate change would occur all over the planet from its temperature to freezing and that climate change would effect biodiversity. Also, the sun would not be able to produce day and night.
Without an atmosphere, there would be significant temperature extremes between day and night. During the day, the surface would become very hot due to direct sunlight, while at night, temperatures would drop rapidly without the atmosphere to trap heat. This difference is significant because the atmosphere helps regulate temperature by trapping heat and distributing it around the planet.