Skip to main content

Condensation


What is it? 

This process is like the opposite of evaporation. This is a process the water vapor (Clouds: A form of water that we can see) in the air change into liquid state. This process is part of the water cycle because it is responsible for the recreation of the clouds. The clouds create precipitation  which is the water that is realized from the cloud in the form of rain After turning into liquid state the water,snow,sleet or hail (which the last three have similarities and not much a difference). This is a primary route were the water has to return to the earth surface which is part of the water cycle.


                           They are part of precipitation because they are forms of precipitation

The atmosphere must be fully saturated before condensation takes place. In other words the maximum amount of pressure on the vapor must be reached. When this happens the vapor has no choice but to leave the atmosphere by changing form to a liquid state. Dew point is the temperature in which this process occurs.

Dew point is the temperature in which the air must cooled in the atmosphere before before becoming saturated into water vapor (cloud) form. The dew point varies meaning differs in size,degree, temp etc day to day and location to location depending on both the temperature and amount of water in the air.

Clouds forms because when air rises it cools the water which condenses out into forming clouds

Example:

Image result for condensation examples

It is easy to notice condensation. One way you can notice it is when you look up in the sky and the clouds are grey.
 Image result for grey clouds


That means its in the process of condensation where it will turn into a liquid state, to have water droplets fall underground known as rain. But this process is called precipitation.

Precipitation is when the water that is condensed becomes sufficient (enough) that the water droplets are heavy enough to fall back  on the earth surface.  A rain drop is million times larger then an individual water droplet from the clouds.

They are three types of clouds. Cirriform clouds, Stratiform clouds, and Cumuliform clouds.
These clouds change form by later changing to one of the other types

It is said and proven that condensation often takes place around particles even the dusty ones depending on their weather condition. e.g bacteria , smoke, salt etc. They will combine and form cloud droplets next turning into clouds.

Image result for condensation around particles


Condensation could be seen happening underground level. That's where it creates a fog. A fog forms when the difference between the air temperature and dew point is less then 2.5 c.  It relates to condensation because when fog starts to occur the water vapor condense into small tiny liquid water droplets. So basically they is no difference between a fog and cloud . A fog is just a cloud that forms underground. like in the picture below


Related image

They are 5 types of fogs

  • Upslope fog
  • Evaporating fog
  • Advection fog
  • Radiation fog
  • Valley fog

3 Facts about Condensation

  • Most clouds do not form precipitation
  • The condensation process provides the main source of water for a variety of both fauna and flora.
  • Condensation happens every day 
MLA Citation:
“Condensation - Geography for Kids.” KidsGeo, Kids Geo, kidsgeo.com/geography-for-kids/condensation/.


“Fog.” Wikipedia, Wikimedia Foundation, 30 Oct. 2018,
        en.wikipedia.org/wiki/Fog.

“Condensation.” Condensation Facts for Kids | KidzSearch.com, 23 Nov. 2014, 7:35, wiki.kidzsearch.com/wiki/Condensation.

“Dew Point.” Wikipedia, Wikimedia Foundation, 2 Oct. 2018, 
         en.wikipedia.org/wiki/Dew_point.

“728 Free Images of Grey Clouds.” Grey Clouds Images · Pixabay · Download Free Pictures, Grey Clouds, pixabay.com/en/photos/grey%20clouds/.

Cris. “Condensation.” Ten Random Facts, Ten Random Facts, 29 Feb. 2016, tenrandomfacts.com/condensation/.

“Condensation - The Water Cycle.” Condensation - The Water Cycle, from USGS Water-Science School, Usgs, 2 Dec. 2016, water.usgs.gov/edu/watercyclecondensation.html.

Britannica, The Editors of Encyclopaedia. “Condensation.” Encyclopædia Britannica, Encyclopædia Britannica, Inc., 20 Sept. 2016, www.britannica.com/science/condensation-phase-change.

“WeatherPage 1.” Free Powerpoint Presentations
         www.sliderbase.com/spitem-524-1.html.


















Comments

Popular posts from this blog

Isomerization

Research: What are structural Isomers? Online definition:  In chemistry isomerization is the process by which one molecule is transformed into another molecule which has exactly the same atoms, but the atoms have a different arrangement My definition: When the arrangement of a molecule is changed but still has all of the same atoms. (Alkanes) Examples : - Methane - Ethane - Propane  - Butane VIDEO: Constitutional Isomers : Isomers that differ in connectivity Simple hydrocarbons such as; methane, ethane, and propane can not have constitutional isomers because there is no other way to connect them.   There are 2 different butanes that re constitutional isomers. CITATIONS: “What Is Isomerization? - Definition from Petropedia.” Petropedia.com , www.petropedia.com/definition/7019/isomerization. “Isomerization.” Wikipedia , Wikimedia Foundation, 23 Sept. 2018, en.wikipedia.org/wiki/Isomerization. Jones, Maitland. “Isomerism.” ...

Combustion reaction by Doris Kra

Doris Kra 05/03/2019 Chemistry Miss. Block                                               What is a combustion reaction A combustion reaction is when a hydrocarbon reacts with oxygen and creates carbon dioxide and water. The formula for a combustion reaction is Hydrocarbon + Oxygen→ Carbon dioxide + Water. A combustion reaction is a common reaction in chemistry it can also be referred to as burning. A combustion reaction is a exothermic reaction because it is releasing heat or energy. (b) Some examples of a Combustion reaction are: Combustion reaction of Methane                                                                                   ...

What are covalent bonds and why are they important

                              Covalent bonds A covalent bond also known as molecular bound is when two nonmetals share electrons. The bonding starts forms when the electrostatic attraction of their nuclei are aiming for the same electrons. Atoms will share electrons with other atoms to be stable,  stability is gained by filling their electron shell, and each shell except for the first one needs 8 electrons to have a full shell. For example, Co2, carbon bonds covalently with 2 oxygen to have a full outer shell, oxygen needs 2 electrons to have a full outer shell and carbon, and carbon needs 4 more electrons for a full outer shell, so its going to bond with the oxygen and both elements will be stable. Due to the sharing of electrons, they show physical properties  that include lower melting points and lower  electrical conductivity  compared to ionic compounds .  There are two ...