in the daytime the suns heat expands rocks.and in the night it contracts. this causes the rocks to crack and eventually breakdown which foorms soil
The windward side of a mountain tends to have winds ascending it which leads to expansion in the air, a drop in temperature, cooling ,rise in relative humidity and condensation. The water vapor gets carried by the wind and leads to cloud formation and rainfall.
Brittle materials, especially ceramics, are prone to fracture by sudden changes in temperature. A sudden change can cause rapid and unequal expansion or contraction that set up tensile stresses in the material causing it to break. For example, putting a drinking glass or glass bottle in boiling water will often result in it breaking.
Yes and it causes the water table to fall.
Industrial Waste
This is known as a tsunami.
Water does not contract and expand, except when it frezes and thaws.
Expansion and contraction
net contraction
Expansion & contraction. But that's tiny compared to the expansion of water into ice (which is also a function of temperature).
Contraction for a few degrees Celsius.
At the minute site of the formation of a bubble of boiling, we have some water turning instantaneously to steam. This has a much larger volume than water, and expands VERY rapidly. In this expansion, it forces some water away to make space for the bubble, and it is these forces of expansion, and the reaction to them, that causes the noise.
Yes, expansion or contraction of materials can cause problems in structures, particularly if they are not accommodated for in the design. If expansion or contraction occurs unevenly or is not properly controlled, it can lead to issues such as warping, cracking, or failure of the structure. Proper planning and use of materials that can accommodate thermal expansion and contraction is important to avoid these problems.
water
Anomalous expansion of water takes place because when water is heated to 277K hydrogen bonds are formed. Though ice is supposed to expand when it is converted into water, this gradual formation of hydrogen bonds causes it to contract, i.e. the contraction caused due to the formation of hydrogen bonds is greater than the actual expansion of ice. At 277K water has the maximum density because all the hydrogen bonds are formed by 277K beyond which water obeys the kinetic theory of molecules, an increase in volume when heated and the reverse when cooled. The same thing happens in the reverse when water is cooled beyond 277K. I think this should be the answer of this question
Expansion of the water inside due to heat causes the system to be pressurised.
When water evaporates into vapor it makes clouds...
formation of ice water