In my opinion, it doesn't matter on is it sugar or salt. I believe it matters on the temperature of the water. Boiling water would be the fastest to let sugar or salt to dissolve.
Surface area is also very important. The smaller a particle is, the more of its surface is in contact with solvent, and the sooner it may enter solution.
Sugar dissolves in a liquid faster than salt does. The reason is that sugar is less dense as a solute than salt is, leading to it dissolving in the solvent faster as it would fit into the 'empty gaps' that the solvent has at a much faster rate, which is how substances dissolve.
Sugar dissolves in water faster than salt because of the structure and bonding of its atoms. The atoms of Sugar are bound very loosely whereas the atoms of salt are tightly bonded as compared to the sugar atoms. That is why sugar dissolves faster than salt.
Sugar sinks at the same rate in warm or cold water. Sugar dissolves faster in warm water.
Sugar dissolves faster than salt. When a substance dissolves into another substance, it turns into a solution. The substance that is dissolved is the solute.
yes.The chemical structure of salt(NaCl) is simpler than that of the sugar (C6H12O6)
Sugar is less dense than salt, leading to it dissolving faster.
You need to determine what you think will melt the fastest, and that will be your hypothesis. If you think that pepper will melt it faster, you would say "My hypothesis is that the pepper will melt ice faster than the other variables (sand, salt, and sugar)."
Sugar dissolves in a liquid faster than salt does. The reason is that sugar is less dense as a solute than salt is, leading to it dissolving in the solvent faster as it would fit into the 'empty gaps' that the solvent has at a much faster rate, which is how substances dissolve.
You need to determine what you think will melt the fastest, and that will be your hypothesis. If you think that pepper will melt it faster, you would say "My hypothesis is that the pepper will melt ice faster than the other variables (sand, salt, and sugar)."
When sugar dissolves in water, the sugar molecules break apart and disperse evenly throughout the water due to their polar nature. Salt dissolves in water through a process called ionization, where the sodium and chloride ions separate and mix with the water molecules. Sugar dissolves faster in water than salt because sugar molecules are smaller and have less charge.
Salt is dissociated in ions in the solution; sugar is not dissociated.
salt won't dissolving quicker than baking soda because baking soda is a power, and salt will be a little slower because the size is less than a gram.
Sugar dissolves in water faster than salt because of the structure and bonding of its atoms. The atoms of Sugar are bound very loosely whereas the atoms of salt are tightly bonded as compared to the sugar atoms. That is why sugar dissolves faster than salt.
Sugar typically dissolves faster in water than salt does because sugar molecules are smaller than salt molecules, allowing them to more easily spread and mix with water molecules. Salt, on the other hand, has larger molecules that take longer to break down and dissolve in water.
Sugar melts faster than salt because sugar has a lower melting point than salt. Sugar typically begins to melt at around 320°F (160°C), whereas salt does not fully melt until it reaches temperatures exceeding 1,472°F (800°C).
The dissolving of salt or sugar in water is a physical change because only the appearance of the substances is altered, not their chemical composition. The salt or sugar molecules remain the same; they are simply dispersed in the water at a molecular level.
Because after dissolving a solution is formed and separate substances are invisible now.