There are two outcomes when partickes mix. One is called a solution, the other is more temporary and is referred to as a suspension.
A magnet can remove particles from a mixture but not from a chemical compound.
It depends on the mixture. In a homogeneous mixture such as air, salt water, or brass the particles are evenly mixed. But in a heterogeneous mixture such as mud or oily water there is an uneven distribution.
It depends on the mixture. In a homogeneous mixture such as air, salt water, or brass the particles are evenly mixed. But in a heterogeneous mixture such as mud or oily water there is an uneven distribution.
A homogeneous mixture where particles are suspended is known as a colloid. In a colloid, the particles are not fully dissolved but are evenly distributed throughout the mixture, giving it a uniform appearance. Examples of colloids include milk, fog, and gelatin.
true
Sometimes They are in a a homogeneous mixture such as salt water or brass but are not in a heterogeneous mixture such as mud or oily water.
A mechanical mixture made up of solids and gases consists of solid particles dispersed in a gas. The solid particles are not dissolved in the gas but are simply mixed together, such as dust particles in the air.
A homogeneous mixture is when particles of one substance are evenly mixed with the particles of another substance. This results in a uniform composition throughout the mixture, with no visible segregation of the components. Examples include salt dissolved in water or air.
It is called a solution.
Brass is an alloy, which is (generally) a combination of metals in a metallic matrix. In the case of brass, we see copper and zinc in combination, and these metals come together to become evenly mixed at the atomic level. That said, is brass a mixture in which the particles are evenly mixed at the level of atoms or molecules? Yes, it is.
when you have water, you see little particles in it, but the particles werent mixed in.
Sandy water is a mixture, not a compound. It consists of water (H2O) as the solvent and sand particles as the solute, which are mixed together physically and can be separated through filtration or settling.