yes because salad dressing is a suspension of vinegar that will separate into layers if left undisturbed.
You can get a chemical reaction by mixing baking powder and vinegar together.
This mixing is not a chemical reaction.
I did a project on it but i don't remember it but i think it wwas mixing vinegar and baking soda together and seeing what it forms into or how it reacts
Yes, it is a chemical reaction.
No, there should be no gas formed when mixing Drano and vinegar. The main ingredient in Drano is NaOH, and vinegar is acetic acid. So, the chemical reaction would be...NaOH + CH3COOH ==> CH3COONa + H2O. Neither is a gas.
You can get a chemical reaction by mixing baking powder and vinegar together.
Mixing vinegar and sugar creates a mixture. There is no chemical reaction.
Yes, when you add an acid, like vinegar, to milk a chemical reaction occurs. The acid causes milk to curdle. In fact, by adding vinegar to milk you can make cheese! http://www.wikihow.com/Make-Cheese-at-Home
No, because it just change to liquid
The act of mixing chemicals is a physical process, not a chemical reaction. Mixing chemicals together may, or may not, allow a chemical reaction to proceed, depending on the nature of the chemicals being mixed.
This mixing is not a chemical reaction.
Yes, when mixing baking soda with vinegar, a chemical reaction is triggered, which produces water, sodium acetate and carbon dioxide gas.
Chemical it gives of gas
Physical. Anything that can be separated by physical means is a physical change, and you can separate oil from vinegar by skimming it off the top. You are also not making a new substance. In order to have a chemical reaction occur you must produce a new substance, not just a mixture. For example, vinegar and baking soda will produce carbon dioxide gas.
Yes.
It is a chemical change
chemical. when a reaction is undertaken that changes the structure of a substance and creates a new substance it is a chemical reaction. a gas is created during the reaction and a new chemical compound (sodium acetate) is left behind leaving neither of the previous elements present.