Soda with ice is a homogeneous mixture. It consists of various components, including carbonated water, sweeteners, and flavorings, combined with ice, which is simply frozen water. While the ice is a solid and the soda is a liquid, when mixed, they create a uniform solution that appears consistent throughout. Thus, it does not qualify as an element or a compound.
Homogeneous mixture
compound
No, alcohol (the one you are referring to is most likely ethyl alcohol) is a compound.
The former.
A homogeneous mixture is uniform throughout, and consists of the same material throughout. Road ice cream is not homogeneous, but the chocolate ice cream that is in Rocky road is a homogeneous compound. The entire Rocky Road ice cream, however, would be classified as a heterogeneous mixture. A heterogeneous compound, mixture, reaction or other such object is one that consists of many different items, which are often not easily sorted or separated, though they are clearly distinct.
Homogeneous mixture
Ice is a compound.
Compound
compound
mixtuer
Is cherry vanilla ice cream homogenous or heterogeneous
No, frost and ice are both forms of water (H2O), which is a compound, not an element.
Ice means condensed water. Water is made of hydrogen and oxygen. So ice is a compound.
Dry ice is not an element. Dry ice is solid carbon dioxide, CO2, which is a compound.
Is cherry vanilla ice cream homogenous or heterogeneous
No, alcohol (the one you are referring to is most likely ethyl alcohol) is a compound.
Ice is neither heterogeneous or homogeneous. It is actually a compound. Here are the definitions of each: compound - a chemical combination of two or more different elements; can be broken down into simpler substances by chemical means and has properties different from those of its component elements (ex. water) heterogeneous mixture - one that does not have a uniform composition throughout and in which the individual substances remain distinct (ex. pizza) homogeneous mixture - one that has a uniform composition throughout and always has a single phase; also called a solution (ex. soda)