No. The composition of a homogeneous mixture, called a solution, can vary.
no
No, the composition of a homogeneous mixture is consistent throughout, meaning it has the same uniform properties in all parts of the mixture. This uniformity allows for the components to be evenly distributed at a molecular level.
I am not 100% sure, but i believe variable composition is when the composition of a mixture can vary, or contain different properties, elements/compounds... etc. An example of variable composition would be a heterogeneous mixture, which has no uniform way of being composed. Where as its opposite, a homogeneous mixture, has a set composition of the same properties, elements/compounds... etc. and can be recreated.
It is the former.
A pond could be a heterogeneous mixture because more than one substance would be visible. Example: you could see fish, plants, algie, bugs, chemicals, and other substances in the water. But, a pond could also be a homogeneous mixture because the water could be totally clear, or the water could be so dirty that you would only see a green or brown murky substance.
Sawdust is a heterogeneous mixture. It is made up of a variety of different size wood particles, which can vary in composition.
Yes, smog is considered a heterogeneous mixture because it consists of a variety of pollutants and particles suspended in the air. These components can vary in size, composition, and distribution throughout the smog, making it heterogeneous.
Oil is a heterogeneous mixture because it is composed of different substances that are not uniformly distributed throughout the mixture. Oil consists mainly of hydrocarbons, but it can also contain impurities and additives which can vary in composition and distribution.
no
A juice is not a homogeneous mixture.
No, the composition of a homogeneous mixture is consistent throughout, meaning it has the same uniform properties in all parts of the mixture. This uniformity allows for the components to be evenly distributed at a molecular level.
Yes, it is heterogenous mixture because the composition can vary throughout it.
I am not 100% sure, but i believe variable composition is when the composition of a mixture can vary, or contain different properties, elements/compounds... etc. An example of variable composition would be a heterogeneous mixture, which has no uniform way of being composed. Where as its opposite, a homogeneous mixture, has a set composition of the same properties, elements/compounds... etc. and can be recreated.
Well, air contains 78.09% of Nitrogen, 20.95% of Oxygen, 0.03% of Carbon Dioxide and the rest of the gases like Argon, Helium, etc for about 1%. This composition of air is the same no matter where you go. If you're in Australia, the air will have this composition. If you're in South Africa, the air will have the same composition. The basic idea here is that the composition of air doesn't change which means air has a uniform composition. Homogeneous mixtures are those mixtures whose composition is same throughout the mixture and a heterogeneous mixtures are those mixtures whose composition is not same. Also, homogeneous mixtures are mixtures in which its components mix up thoroughly, i.e., the components cannot be observed whereas in a heterogeneous mixture, the individual components can be observed. In air, the Nitrogen or Oxygen cannot be observed separately. It is uniform and homogeneous. Thus, air is not a heterogeneous mixture.
Tea is considered heterogeneous because it is made up of different components, such as tea leaves, water, and other flavorings or additives, that can be visually distinguished and do not form a uniform mixture. The composition of tea can vary depending on factors like tea type, brewing process, and added ingredients, resulting in a heterogeneous mixture.
Based on the distribution of their components, mixtures can be classified as heterogeneous mixtures or as homogenous mixtures.
No, a heterogeneous mixture does not contain fixed amounts of components. In a heterogeneous mixture, the substances are not evenly distributed, so the composition can vary from one part of the mixture to another. This makes it difficult to determine the exact amounts of each component.