sun changes earths weather because when the sun is going down around 6.00p.m which is getting covered by clouds so, the clouds are preventing the suns radiation from reaching the earth so, we start to feel cold and thus the weather is changed by the sun.
As the seasons change, they cause the weather to change also. For example, if the season is Winter then the weather will be colder because in Winter the Earth is facing further away from the Sun. But if it is Summer, then the weather will be warmer, because the Earth is closer to the Sun, making the atmosphere warmer.
Yes but it mainly depends on the location towards the sun or the tilt of the earth on its axis.
There are many ways that the sun will make your weather machine. The sun could power your weather machine for example.
Weather is created from The Sun, The Oceans, The Wind, and your elevation.
Simple answer is the sun. At least our distance from the sun. We have winter because we are farthest from the sun during the winter season. Which obviously means we orbit closer in the summer.
The weather and the position of the sun overhead.
It causes the weather to change. Like in one area it will be hot (the one facing the sun), and on the other side of Earth it will be cold because it's not facing the sun.
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Yes. They are interlinked. As the Sun is orbited by Earth, the seasons change. The Earth is tilted, so as one hemisphere tilts closer to the sun it is going into spring and summer. The sun appears for longer and higher overhead and this makes it warmer and affects the weather. The reverse is the case for autumn and winter.
Weather on Earth primarily depends on the sun. The sun provides heat and energy to drive weather systems and patterns. The moon does have some effects on weather, such as influencing tides, but its impact is secondary to the sun's influence.
Sun makes the weather sunny. It also helps in evaporation.
The sun supplies the energy that drives the Earth's weather systems by heating the atmosphere and creating temperature differences. This temperature difference leads to air movement and circulation, which in turn drives weather patterns such as winds, precipitation, and atmospheric pressure systems.