Yes, it is uniformly mixed.
For example vodka is a homogeneous mixture of water and alcohol.
For example vodka is a homogeneous mixture of water and alcohol.
For example vodka is a homogeneous mixture of water and alcohol.
Vodka is a solution, not a colloid. It consists primarily of water and ethanol, where the ethanol is completely dissolved in the water, forming a homogeneous mixture. In a colloid, the particles are larger and do not fully dissolve, leading to a mixture that can scatter light, which is not the case with vodka.
Yes, it is an homogeneous mixture of water, alcohol and flavourings.
Vodka is a mixture because it is composed of water and ethanol along with other natural flavors or ingredients. These components can be physically separated from each other through processes like distillation.
Vodka is a homogenous mixture; it consists of water, alcohol, and a few other things.
Yes, a mixture of Crystal Light and vodka can freeze, but the alcohol content will affect the freezing point. Since vodka typically has a lower freezing point than water, the mixture may not freeze solid unless it's extremely cold, depending on the ratio of vodka to water in the Crystal Light. If the alcohol content is high enough, the mixture might remain in a slushy state rather than freezing completely.
Yes, vodka is a substance. It is a material that is made up of atoms, and thus can be felt or seen or tasted or smelled or heard. And if your question is in relevance to substance abuse, it does qualify, but rather as alcohol abuse.
It's a mixture of compounds (water and ethanol being the two major ones).
Vodka is a solution of ethanol (but in this case the term mixture is also correct) in water (the concentration is usually 40 %), containing some other substances in very low concentrations.
Essentially nil. Flavored vodkas may contain some trace amount of fat due to the flavoring, but at its most basic, vodka is a mixture of ethanol and water, neither of which is a fat.