It dissolves in water.
I would say backwards, mucin is soluble in water.
You can perform a simple solubility test to differentiate between sugar and salt. Since sugar is soluble in water, while salt is soluble in water and slightly soluble in alcohol, you can dissolve a small amount of the granular substance in water and in alcohol separately. If the substance dissolves in water but not in alcohol, it is likely sugar. If it dissolves in both, it is likely salt.
A reference book may state that substance X is not soluble in water due to its molecular structure and polarity. If substance X is nonpolar or has strong intermolecular forces like ionic or covalent bonds that are not easily overcome by water's hydrogen bonding, it will not dissolve. Additionally, factors such as the size of the molecules and the presence of functional groups can also influence solubility. Overall, the incompatibility between the chemical properties of substance X and water leads to its lack of solubility.
A substance has lower density than water when it floats on water. This indicates that the substance is less dense than water.
Take this as a rule: All group one salts are soluble All nitrates are soluble in water You can answer that with only one rule but better yet the two rules state that LiNO3 ( lithium nitrate) lithium being in group one and nitrates being soluble make LiNO3 soluble in water.
.. the substance is soluble
I would say backwards, mucin is soluble in water.
water soluble
You can perform a simple solubility test to differentiate between sugar and salt. Since sugar is soluble in water, while salt is soluble in water and slightly soluble in alcohol, you can dissolve a small amount of the granular substance in water and in alcohol separately. If the substance dissolves in water but not in alcohol, it is likely sugar. If it dissolves in both, it is likely salt.
A reference book may state that substance X is not soluble in water due to its molecular structure and polarity. If substance X is nonpolar or has strong intermolecular forces like ionic or covalent bonds that are not easily overcome by water's hydrogen bonding, it will not dissolve. Additionally, factors such as the size of the molecules and the presence of functional groups can also influence solubility. Overall, the incompatibility between the chemical properties of substance X and water leads to its lack of solubility.
It is called a solute, which is dissolved in a solvent
A solution is formed when a substance dissolves in water without chemically changing either the water or the substance. In a solution, the substance is evenly distributed at a molecular level throughout the water, resulting in a homogeneous mixture.
It means that a substance cannot dissolve in other substance
Vinegar is already a mixture containing acetic acid and water. You can mix in more water and you will have a more dilute vinegar. We more often say that two liquids are miscible rather than that one is soluble in the other.
A substance has lower density than water when it floats on water. This indicates that the substance is less dense than water.
Lead nitrate is soluble in water because of the strong electrostatic interactions between the lead cation (Pb2+) and the nitrate anion (NO3-), which are capable of disrupting the lattice energy holding the compound together. This allows water molecules to surround and solvate the individual ions, leading to the dissolution of lead nitrate in water.
Take this as a rule: All group one salts are soluble All nitrates are soluble in water You can answer that with only one rule but better yet the two rules state that LiNO3 ( lithium nitrate) lithium being in group one and nitrates being soluble make LiNO3 soluble in water.