The Earth has been cooling for four and a half billion years, since it was first created as a hot molten ball of rock and metal. It cools from the outside inward, just like any object.
The outer layer of the Earth froze a long time ago. It is solid rock. That rock layer gets a little thicker as time goes on. The core of the Earth is cooling, but slowly. It is about 5,000 degrees C now and has only lost a couple of hundred degrees over the last few billion years.
The oceans are not frozen now, but they probably were sometime in the first half billion years of the existence of Earth. Fortunately, the sun has warmed slightly so the ocean melted and enough greenhouse gases were produced to melt the oceans.
The Earth will continue to cool for about another 4 or 5 billion years, but not enough to freeze the oceans unless some catastrophe occurs.
When Earth gets about 10 billion years old, the Sun will become a red giant and evaporate the oceans and blow off all the atmosphere.
If the Earth is still around after that, then things will get pretty cold and freezing will commence in earnest.
When water droplets freeze as they fall to Earth, they form snow or sleet, depending on the temperature conditions in the atmosphere. Snow forms when the droplets freeze completely, creating intricate ice crystals. Sleet occurs when the droplets freeze partially before reaching the ground, leading to ice pellets.
When supercooled raindrops freeze on contact with solid objects near Earth's surface, it forms a coating of ice known as glaze ice. Glaze ice is a clear, smooth, and transparent ice layer that can accumulate on surfaces such as trees, power lines, and roads, posing hazards such as slipperiness and weight load.
Water is considered the most important agent of weathering and erosion on Earth. Through processes like freeze-thaw cycles, abrasion, and chemical weathering, water breaks down rocks and transports sediment, shaping the Earth's surface over time.
Cloud droplets fall to Earth as precipitation when they grow large enough to overcome air resistance. This can happen when they coalesce into larger droplets or freeze into ice crystals. Gravity then pulls them down as rain, snow, sleet, or hail.
Some destructive forces that wear down the surface of the Earth include erosion caused by wind, water, and ice, as well as weathering processes like freeze-thaw cycles and chemical reactions. Human activities such as deforestation and mining can also contribute to the degradation of the Earth's surface.
then the earth will stay still. Everything will freeze
If sunlight stopped reaching the Earth, the Earth would soon freeze solid.
The Earth Would Freeze becuase the Sun is the Earth's Light and Heat source.
no that is the main reason we live on Earth than human resources and references
The earth would freeze and life would cease to exist.
We would freeze to death
where space is so cold the earth would freeze
Without sun earth will freeze and it will be impossible to live on earth. Earth will be so cold.
When water droplets freeze as they fall to Earth, they form snow or sleet, depending on the temperature conditions in the atmosphere. Snow forms when the droplets freeze completely, creating intricate ice crystals. Sleet occurs when the droplets freeze partially before reaching the ground, leading to ice pellets.
It would freeze over.
Because if you live in a different planet you would freeze or burn.
Because if you live in a different planet you would freeze or burn.