Nothing really at all. The particles may be very slightlycompressed, but otherwise they will retain their volume and the can will not be able to be pushed in any further without it bursting open.
Crushed salt dissolves faster in cold water compared to rock salt. This is because crushed salt has a larger surface area for water molecules to come in contact with, facilitating faster dissolution. Rock salt, on the other hand, has a smaller surface area which slows down the dissolution process.
When sugar is put into cold water and stirred, it will dissolve. The sugar molecules will disperse and mix evenly with the water molecules to form a sugar solution.
The molecules in the water will slow down and come closer together as they lose heat, eventually forming a solid lattice structure as they freeze into ice.
During electrolysis of water, the water molecules will dissociate into their constituent elements: hydrogen and oxygen. This occurs due to the electrical current breaking the bonds within water molecules, leading to the release of hydrogen gas at the cathode and oxygen gas at the anode.
2.60x10^23 water molecules contain 2.60x10^23 molecules of water.
nothing its just like water
Crushed sugar has a larger surface area compared to a sugar cube, allowing for more contact with the water molecules, which speeds up the dissolution process. This increased surface area leads to faster diffusion of sugar molecules into the water, resulting in quicker dissolution.
It can be run over, crushed, water-damaged, broken lens, cracked, and incinerated.
These molecules gain sufficient energy to escape into atmosphere.
The temperature increase and the motion of molecules is accelerated.
The water molecules surround the solute (stuff being dissolved) and separate the particles.
Crushed salt dissolves faster in cold water compared to rock salt. This is because crushed salt has a larger surface area for water molecules to come in contact with, facilitating faster dissolution. Rock salt, on the other hand, has a smaller surface area which slows down the dissolution process.
they form a bilayor
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If the concentration of molecules is higher inside the cell compared to outside, water would move into the cell to dilute the higher concentration of molecules. This may cause the cell to swell or burst. If the concentration of molecules is higher outside the cell, water would move out of the cell causing it to shrink or shrivel. The movement of water is driven by osmosis, which aims to equalize the concentration of molecules inside and outside the cell.
the water vapor turns to liquid
The objective of this activity is to compare the dissolution rate of crushed salt versus crystal salt in water. Crushed salt will dissolve faster than crystal salt because its larger surface area allows for quicker interaction with the water molecules, resulting in faster dissolution.