Yes. Homogeneous mixtures mean that the substance is uniform throughout, indicating that the substance dissolved. The prefix "homo" actually means same
This is a homogeneous solution.
Shaving cream is a heterogeneous mixture, as it is composed of multiple substances that do not dissolve or blend together uniformly. You can often see distinct layers or components within the mixture.
Hot tea with sweetener is a homogeneous mixture because the sweetener dissolves completely in the tea, resulting in a uniform composition throughout the mixture.
Freshly-brewed black coffee is a homogeneous mixture. It consists of water as the solvent and coffee particles as the solute, which dissolve to form a uniform solution.
No, vinegar and sugar do not form a homogeneous mixture. Vinegar is mainly composed of acetic acid and water, whereas sugar is a solid compound. When mixed together, the sugar does not dissolve completely in the vinegar, leading to a heterogeneous mixture.
This is a homogeneous solution.
If the sugar does not dissolve it the oil, then it is not
"unsaturated"
This is a homogeneous solution.
No, onion soup is not a homogeneous mixture. It is a heterogeneous mixture because it contains visible pieces of onions and other ingredients that do not dissolve uniformly in the liquid.
is a substance that does not dissolve in a solvent form is a mixture called suspension .suspension is a heterogeneous mixture that is opposite to homogeneous mixture
is a substance that does not dissolve in a solvent form is a mixture called suspension .suspension is a heterogeneous mixture that is opposite to homogeneous mixture
add water so they dissolve
heterogeneous mixture as vegetables or fruits willnoy be able to dissolve in the liquid part of the salad
Pure sugar is a compound, which is a pure substance. If you dissolve sugar in water, you will have a homogeneous mixture, which is a solution.
Shaving cream is a heterogeneous mixture, as it is composed of multiple substances that do not dissolve or blend together uniformly. You can often see distinct layers or components within the mixture.
This mixture is not homogeneous.