No, soup is a mixture of materials which maintain their individual integrity (the meat is still meat, the rice still rice etc.). If it were a compound molecules of "souponium" or some such would be formed that were part meat and part vegetable.
no. It is a compound
Salt is NaCl or sodium chloride which is a compound. I believe air, paint and soup are mixtures.
Vegetable soup is a heterogeneous mixture.
Chicken noodle soup is a mixture of various edible ingredients.
Soup is a mixture for it's made up of nonuniform parts with no guarantee that any two parts being made up by the compounds and elements. By the way a compound is a combination of elements in a orderly manner, for instance water (H2O) where H represents a Hydrogen atom, 2 means there are two of them in the water compound and O represents an Oxygen atom. H2 is a Hydrogen compound where two Hydrogen atoms make up one hydrogen compound. Elements are all the atoms found on the empirical table and include but are not limited to Oxygen O, Hydrogen H, Gold Au, Lead Pb and Chlorine Cl.
no. It is a compound
Salt is NaCl or sodium chloride which is a compound. I believe air, paint and soup are mixtures.
Vegetable soup is a heterogeneous mixture.
Vegetable soup is a heterogeneous mixture.
mixture
It Is a mixture
Chicken noodle soup is a mixture of various edible ingredients.
Yes its a compound you can easily use a a strainer and strain out the soup. But one thing you should know is that soup and your vegetables mixed together is a mixture. But don't even try to use a strainer to get the vegetables out of your soup you wont get the vegetables you need for today. :)
Heterogeneous mixture.
mixture
it's mixture
Soup is a mixture, because you can physically separate its components. For example, in a vegetable soup, you can use a strainer to separate potatoes, barley, carrots and other vegetables from the liquid component of the soup. Table salt (NaCl) would be a compound, because you can't just physically separate the sodium from the chloride, you would have to use a chemical process.