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What else can I help you with?
A substance that does not dissolve in a solvent is said to be what in that solvent?
- Sand does not dissolve in water- Plastic does not dissolve in water- metals do not dissolve in water
Does cube suger take longer to dissolve in warm water than granulated suger?
Yes, cube sugar typically takes longer to dissolve in warm water compared to granulated sugar. This is because the larger surface area of granulated sugar allows it to dissolve more quickly due to increased contact with the water molecules. Cube sugar, on the other hand, has a smaller surface area, which slows down the dissolution process.
Why does crushed suger dissolve faster in got water than a suger cube?
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.
What alkali metals are insoluble?
Unfortunately, we must also address the matter of ambiguous terminology. Alkali may mean the alkali metals, lithium, sodium, potassium, etc. It may also mean the high pH (alkaline) compounds such as sodium hydroxide, potassium hydroxide (lye), etc, characteristic of compounds of alkali metals.
Will all solids dissolved in water?
No, not at all. In fact most solids are INsoluble. Some solids (such as metals, stones, wood) don't dissolve while other solids like sugar or salt do dissolve. Water is a polar molecule, therefore it can dissolve only polar substances and many ionic compounds. However, it cannot dissolve non-polar substances.
A substance that does not dissolve in a solvent is said to be what in that solvent?
- Sand does not dissolve in water- Plastic does not dissolve in water- metals do not dissolve in water
Do metals dissolve in water?
Most metals (like Steel, Aluminium, Copper etc.) do not dissolve in water, however there are some (like Sodium) that will.
What chemicals don't dissolve in water?
all metals on the periodic table don't dissolve obviously and the part on the right labelled non metals do dissolve
What is a measure of the maximum amount of a substance that will dissolve in a given amount of water?
suger,ice.salt,ice creame,
What does suger dissolve better in?
Sugar has been shown to dissolve better in distilled water than in tap water because of the pH levels. Although, sugar also dissolves in vegetable oil.
Why is it possible to seprate suger and flour?
Sugar will dissolve in water but flour won't. Mix both in water, strain out the flour. Evaporate the water and what is left is sugar.
Do metalic bonds dissolve in water?
Metallic bonds do not dissolve in water because they are strong bonds formed between metal atoms, while water dissolves compounds through interactions like hydrogen bonding or ion-dipole interactions. Metallic bonds are not broken by water, so metals typically do not dissolve in water.
What is the solubility of alkali metals in water?
The solubility of alkali metals in water is high. Alkali metals such as lithium, sodium, and potassium readily dissolve in water to form alkaline solutions.
Does cube suger take longer to dissolve in warm water than granulated suger?
Yes, cube sugar typically takes longer to dissolve in warm water compared to granulated sugar. This is because the larger surface area of granulated sugar allows it to dissolve more quickly due to increased contact with the water molecules. Cube sugar, on the other hand, has a smaller surface area, which slows down the dissolution process.
Why does hard lifesavers dissolve?
Becaus they are made of suger and suger dissappers in water so that's why
Can bases dissolve metal?
Yes, bases can react with certain metals to form metal hydroxides, which may dissolve in water. For example, sodium hydroxide can dissolve aluminum to form sodium aluminate and hydrogen gas. However, not all metals will readily react with bases to dissolve.
The real answerwhat do you call when no more soilds like salt or suger will dissolve?
Saturated.
