The total mass remains the same when a solid dissolves in water because the number and types of atoms or molecules present before and after the dissolution process remain constant. The only change is in the arrangement of these particles as the solid breaks down into individual particles and disperses within the water.
When a solid dissolves in a liquid, the mass of the solution remains the same as the mass of the solid added because no new atoms or molecules are created or destroyed during the dissolution process. The solid particles break down into individual molecules or ions, which disperse in the liquid without changing the total mass. The law of conservation of mass dictates that mass cannot be created or destroyed in a chemical reaction.
100.2 grams. There's no loss of mass when something dissolves. If there was then you'd get what might amount to an enormous explosion caused by the loss of mass in the same way as an atomic bomb works.
When 24g of sugar dissolves in 576g of water, the total mass of the solution remains at 600g (24g + 576g). The mass of the sugar does not change when it dissolves, it simply disperses throughout the water.
No
Need more data to answer. Are you talking about the mass of an object, neither air nor water, being the same when in the air or in the water? Yes. Are you talking about the total mass of all the air on earth compared to the total mass of all the water on earth? Definitely not.
When a solid dissolves in a liquid, the mass of the solution remains the same as the mass of the solid added because no new atoms or molecules are created or destroyed during the dissolution process. The solid particles break down into individual molecules or ions, which disperse in the liquid without changing the total mass. The law of conservation of mass dictates that mass cannot be created or destroyed in a chemical reaction.
When you add salt to water, the total mass of the water solution increases because the salt also contributes to the total mass. However, the salt dissolves into the water, so the mass of the water molecules themselves remains the same.
100.2 grams. There's no loss of mass when something dissolves. If there was then you'd get what might amount to an enormous explosion caused by the loss of mass in the same way as an atomic bomb works.
When 24g of sugar dissolves in 576g of water, the total mass of the solution remains at 600g (24g + 576g). The mass of the sugar does not change when it dissolves, it simply disperses throughout the water.
No
Need more data to answer. Are you talking about the mass of an object, neither air nor water, being the same when in the air or in the water? Yes. Are you talking about the total mass of all the air on earth compared to the total mass of all the water on earth? Definitely not.
If inserted into the water as a solid "blob" then it will sink - unless it dissolves first. But, if because of the shape, the mass of water displaced by whole object is greater than the mass of the object, it will float - just as ships made of metal do.
YES!! this is for anything you use with salt the mass will either decrease,increase or stay the same because the other chemicals mixing with the other properties that may be higher than salt it'll turn out some mass is lost or none.
It remains constant since no liquid or solid escapes. However, it can also be argued that the total mass drops, since the surface of the solute evaporates, reducing the amount of substance in the solution.
When an antacid tablet dissolves in water, the tablet breaks apart into its individual molecules and ions. Some of these molecules and ions interact with water molecules, forming chemical bonds that result in the release of gas. This gas is then released into the air, causing the decrease in mass of the water and tablet system.
The mass of the solution will be equal to the mass of the solute plus the mass of the solvent. However, the total mass does not change.
Alka seltzer dissolves pretty well in water. However when transferred to coke, alka-seltzer will not only dissolves very well but also fast enough to produce a stream of foam. There are many videos regarding this experiment on the internet.