In the early atmosphere of Earth, water vapor primarily originated from volcanic activity and the cooling of the planet. As the Earth cooled, the water vapor condensed into liquid water, leading to the formation of oceans. Additionally, some water vapor was lost to space due to the planet's gravity and solar wind. Over time, the accumulation of water in the oceans played a crucial role in shaping the planet's climate and supporting the development of life.
the sterling silver clock was invented after the sundial
When sand is mixed with water, a suspension will be formed. The sand particles will not dissolve in the water but will be suspended in it, leading to a cloudy mixture. Over time, the sand will settle at the bottom due to its higher density compared to water.
Mars has evidence of erosion by water, including river valleys, channels, and minerals formed in the presence of water. Mars once had liquid water flowing on its surface, shaping the landscape over time.
It starts life when water vapour in a cloud condenses onto a nucleating particle which may be a bit of dust. The droplet falls through the cloud. However, it is caught by an updraft which takes it up into higher and much colder regions of the cloud where it freezes. At the same time more vapour condenses on it and so it becomes a bigger piece of hail. It falls, due to gravity, only to be caught in another updraft. After several journeys up and down the cloud, the hail is too heavy for an updraft to raise it and so it falls to earth.
The volcanoes gave out water vapour, CO2 and other gases long time ago. After that, the Earth cooled down and all the water vapour turned into water
decreased
The water vapor in the early atmosphere of Earth likely condensed and fell as rain, contributing to the formation of the oceans. This process, known as the "water cycle," involves the continuous movement of water between the atmosphere, land, and oceans through processes like evaporation, condensation, and precipitation. Over time, the oceans became the primary reservoir for water on Earth, where it remains today.
Ocelots have decreased in the last few years.
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When a puddle is made after a while the sun will shine and the water of the puddle evaporates and becomes water vapour. It will join up with other parts of water vapour and become a cloud. When the cloud gets to heavy It will rain and make more puddles
Acceleration is the term that explains whether an object's velocity has increased or decreased over time. Positive acceleration indicates velocity is increasing, while negative acceleration indicates velocity is decreasing.
The rate of change of velocity over time is called acceleration. It can be as a result of increase or decreased speed, or change of vector.
the air capacity for holding water depends on temp'. the warmer it is the more water vapour it can hold. during the night air temp' drops to its lowest near dawn at which point the amout of water vapour in the air may exceed its reduced capacity (this point is called the dew point) and water vapour condences and forms dew.
Acceleration (a=v/t where a=acceleration, v=velocity and t=time; or Average acceleration= Δv/Δt, where Δv is the change in velocity and Δt is the change in time) shows the rate of change in velocity over time.If Acceleration (a) is positive, it means that velocity has increased over time and if it is negative, it implies the velocity has decreased over time [also commonly known as deceleration(-a)]
I suppose it just wouldn't rain [or it would rain after a long period of time]! Simple as that! This would cause a drought.
Yes, most of the time. The water evaporates . . . the cloud forms . . . the rain falls . . . and it all starts again. If something traps the water, like, say, an animal drinking it, it is lost from the cycle for a long time.