The answer that you are looking for is "Venus". That planet has a dense atmosphere of CO2, which has produced a runaway greenhouse effect.
When the Earth ocean evaporate, as in this scenario, all of the dissolved CO2 will be liberated and end up in the atmosphere as well, giving us a Venus like greenhouse.
Pluto and its atmosphere never gets close to the sun. If it has an atmosphere, it is totally frozen. If it has an atmosphere and it gets closer to the sun, Pluto probably does not have enough gravy to hold on to its atmosphere as the planet warms up. If something happened and sent Pluto toward the sun so that it heated up it would start losing its atmosphere. First the Nitrogen would melt. Then it would turn into a gas. Then the gas would leak off into space. Methane would melt and then evaporate. Carbon Dioxide would likewise melt then evaporate away. A few other gasses would join them. Then the rocks would be left.
The closer tho the equator, the hotter it is likely to me, because theheat from the sun is more intense
Based on the graph, can you generalize that the higher the layer of the atmosphere (that is closer to the sun), the hotter the temperature? Why or why not
As sunlight per unit area gets more intense towards the equator, the temperature goes up.
A planet that formed closer to the Sun than Earth, but not the closest, is Venus. Venus is the second planet from the Sun, situated between Mercury (the closest) and Earth. It has a similar size and composition to Earth, often referred to as Earth's "sister planet," but has a thick, toxic atmosphere and extreme surface temperatures.
The answer that you are looking for is "Venus". That planet has a dense atmosphere of CO2, which has produced a runaway greenhouse effect. When the Earth ocean evaporate, as in this scenario, all of the dissolved CO2 will be liberated and end up in the atmosphere as well, giving us a Venus like greenhouse.
Venus is the planet that is most similar to Mars in terms of size and composition. Both planets have a similar rocky surface and a thin atmosphere. However, Venus has a much thicker atmosphere and is much closer to the Sun than Mars.
It is believed that Sedna, a distant dwarf planet in our solar system, does not have a significant atmosphere due to its extreme distance from the sun. Therefore, it is unlikely to have any gases that make up an atmosphere similar to that of planets closer to the sun.
Most meteors disintegrate in the mesosphere as they fall closer to Earth. The mesosphere is the layer of the atmosphere located above the stratosphere and below the thermosphere, and it is where most meteoroids burn up due to the intense heat caused by friction with the air.
The sun is more intense in the country of Australia. This is because Australia is closer to the equator than Ireland.
It is very thick or strong. I did that exam before.
Venus has a similar average temperature to Earth despite being closer to the Sun, due to its thick atmosphere that traps heat. However, its surface is extremely hot, reaching temperatures around 467 degrees Celsius (872 degrees Fahrenheit) due to its strong greenhouse effect.
Light is more intense when the source emitting it is closer to the object being illuminated. In addition, the intensity of light increases when there is a higher concentration of photons emitted by the source.
Pluto and its atmosphere never gets close to the sun. If it has an atmosphere, it is totally frozen. If it has an atmosphere and it gets closer to the sun, Pluto probably does not have enough gravy to hold on to its atmosphere as the planet warms up. If something happened and sent Pluto toward the sun so that it heated up it would start losing its atmosphere. First the Nitrogen would melt. Then it would turn into a gas. Then the gas would leak off into space. Methane would melt and then evaporate. Carbon Dioxide would likewise melt then evaporate away. A few other gasses would join them. Then the rocks would be left.
The closer tho the equator, the hotter it is likely to me, because theheat from the sun is more intense
it's is impossible for earth to melt but if we were 20,000,000 miles closer the earth would not melt but the oceans would evaporate.
rain clouds are formed from evaporated water. The more water nearby, the more can evaporate and form clouds.