homogenous mixture
No, there are millions of different possibilities. First of all, there are two types of mixtures, heterogeneous and homogeneous. In heterogeneous mixtures you can observe the different components that make them up. Concrete, jello with fruit salad, sand and iron filings, are examples of heterogeneous mixtures. Sugar water, salt water, kool-aid, coffee, tea, copper sulfate solution, Benedict's solution, are examples of homogeneous mixtures and are called solutions. In addition to different examples of mixtures, they can all have different concentrations of their different components.
No, a cement sidewalk is not a homogeneous mixture because it is made up of different components like cement, sand, gravel, and water that are not uniformly distributed throughout the material. It is more accurately described as a heterogeneous mixture.
A mixture is a substance with a variable composition and is strong when the elements of that mixture bond to form a compound. Different compounds are air, coffee, tea etc... Coffee, for instance, can be weak or strong, and milk can be "whole" or low-fat. Though their molecular composition is variable, each of the mixtures described here is the same throughout: Such a mixture is described as homogeneous. Coffee is an example of a solution, a specific type of homogeneous mixture. Most homogeneous mixtures can be considered solutions. Heterogeneous mixtures contain regions that differ from one another. As an example, a glass of cold tea with undissolved sugar at the bottom is a heterogeneous mixture: the tea at the top is unsweetened or even bitter, whereas at the bottom, there is an overly sweet sludge of tea and sugar, however, if you heat up the tea it can become homogeneous.
Yes. Heterogeneous and Homogeneous are both terms used to described mixtures (substances with a varied composition) on a macroscopic level (visible to the unaided human eye.) A homogeneous mixture would appear to be of the same all throughout. For example, Koolaid or Steel (steel has both carbon and iron in it.) A heterogeneous mixture has a visibly varied composition, for example sand.
Because palladium is a solid metal and the reactants are liquids or gases.
Mixtures are generally described as either heterogeneous or homogeneous. A heterogeneous mixture is made up of visibly different substances or phases of substances, while a homogeneous mixture has an identical composition throughout. As examples, a mixture of salt and pepper would be heterogeneous since each substance can be visibly distinguished from the other. In contrast, in a mixture of salt and water, the salt cannot be distinguished from the water once it has dissolved. This means the mixture is homogeneous and can be called solution since solutions are homogeneous mixtures.
Calcium chloride is an ionic compound, in which calcium and chlorine are chemically combined, forming a pure substance, and as such is homogeneous, but not like a homogeneous mixture. A homogeneous mixture is made of components that are notchemically combined.
A mixture is a substance with a variable composition and is strong when the elements of that mixture bond to form a compound. Different compounds are air, coffee, tea etc... Coffee, for instance, can be weak or strong, and milk can be "whole" or low-fat. Though their molecular composition is variable, each of the mixtures described here is the same throughout: Such a mixture is described as homogeneous. Coffee is an example of a solution, a specific type of homogeneous mixture. Most homogeneous mixtures can be considered solutions. Heterogeneous mixtures contain regions that differ from one another. As an example, a glass of cold tea with undissolved sugar at the bottom is a heterogeneous mixture: the tea at the top is unsweetened or even bitter, whereas at the bottom, there is an overly sweet sludge of tea and sugar, however, if you heat up the tea it can become homogeneous.
This is a homogeneous solution and an electrolyte.
No, there are millions of different possibilities. First of all, there are two types of mixtures, heterogeneous and homogeneous. In heterogeneous mixtures you can observe the different components that make them up. Concrete, jello with fruit salad, sand and iron filings, are examples of heterogeneous mixtures. Sugar water, salt water, kool-aid, coffee, tea, copper sulfate solution, Benedict's solution, are examples of homogeneous mixtures and are called solutions. In addition to different examples of mixtures, they can all have different concentrations of their different components.
No, a cement sidewalk is not a homogeneous mixture because it is made up of different components like cement, sand, gravel, and water that are not uniformly distributed throughout the material. It is more accurately described as a heterogeneous mixture.
A mixture is a substance with a variable composition and is strong when the elements of that mixture bond to form a compound. Different compounds are air, coffee, tea etc... Coffee, for instance, can be weak or strong, and milk can be "whole" or low-fat. Though their molecular composition is variable, each of the mixtures described here is the same throughout: Such a mixture is described as homogeneous. Coffee is an example of a solution, a specific type of homogeneous mixture. Most homogeneous mixtures can be considered solutions. Heterogeneous mixtures contain regions that differ from one another. As an example, a glass of cold tea with undissolved sugar at the bottom is a heterogeneous mixture: the tea at the top is unsweetened or even bitter, whereas at the bottom, there is an overly sweet sludge of tea and sugar, however, if you heat up the tea it can become homogeneous.
Yes. Heterogeneous and Homogeneous are both terms used to described mixtures (substances with a varied composition) on a macroscopic level (visible to the unaided human eye.) A homogeneous mixture would appear to be of the same all throughout. For example, Koolaid or Steel (steel has both carbon and iron in it.) A heterogeneous mixture has a visibly varied composition, for example sand.
Vegetable soup would best be described as a heterogeneous mixture.
Because palladium is a solid metal and the reactants are liquids or gases.
Dissolution is a physical process; the solute is dispersed or dissociated in a solvent forming a homogeneous mixture.
Dissolution is a physical process; the solute is dispersed or dissociated in a solvent forming a homogeneous mixture.