Gasoline will dissolve the styrofoam.
Mixing styrofoam and gasoline will not create an adhesive. However, the combination can be highly flammable and dangerous as styrofoam can dissolve in gasoline, releasing toxic fumes. It is not recommended to mix these two substances.
This depends on what you are trying to use to dissolve the Styrofoam. Gasoline will dissolve Styrofoam. Water will not.
Acetone can dissolve styrofoam because it is a strong solvent that breaks down the polymer chains in the styrofoam, causing it to lose its structure and appear as if it is melting. This is due to the ability of acetone to interact with the polystyrene molecules in the styrofoam, weakening its bonds and allowing it to dissolve.
Acetone can dissolve styrofoam because it breaks down the structure of polystyrene, the main component of styrofoam. When acetone is in contact with styrofoam, it can weaken the bonds holding the polystyrene molecules together, causing the styrofoam to melt or dissolve.
Acetone dissolves styrofoam because it is a strong organic solvent that breaks down the polymer chains in the styrofoam. This process causes the styrofoam to break apart and eventually dissolve in the acetone.
Acetone is a chemical which will dissolve Styrofoam. Certain types of spray paint, as well as gasoline, will also dissolve Styrofoam.
Mixing styrofoam and gasoline will not create an adhesive. However, the combination can be highly flammable and dangerous as styrofoam can dissolve in gasoline, releasing toxic fumes. It is not recommended to mix these two substances.
This depends on what you are trying to use to dissolve the Styrofoam. Gasoline will dissolve Styrofoam. Water will not.
no, it does not dissolve
Because styrofoam is made from the same oil base as gasoline, and has large air pockets.
Acetone can dissolve styrofoam because it is a strong solvent that breaks down the polymer chains in the styrofoam, causing it to lose its structure and appear as if it is melting. This is due to the ability of acetone to interact with the polystyrene molecules in the styrofoam, weakening its bonds and allowing it to dissolve.
Acetone can dissolve styrofoam because it breaks down the structure of polystyrene, the main component of styrofoam. When acetone is in contact with styrofoam, it can weaken the bonds holding the polystyrene molecules together, causing the styrofoam to melt or dissolve.
Acetone dissolves styrofoam because it is a strong organic solvent that breaks down the polymer chains in the styrofoam. This process causes the styrofoam to break apart and eventually dissolve in the acetone.
It may look like polystyrene "melts" when petrol (gasoline) is poured on it. However, the petrol is actually dissolving the polystyrene. In chemistry, there is a common saying that "like dissolves like". Polystyrene is an alkene and petrol has several alkenes in it {benzene (up to 5% by volume), toluene (up to 35% by volume), naphthalene (up to 1% by volume), trimethylbenzene (up to 7% by volume)} which aid in the dissolving of the polystyrene.
Styrofoam is made of a polymer called polystyrene, which is not soluble in water due to its non-polar molecular structure. Water is a polar molecule, while polystyrene is non-polar, leading to weak intermolecular forces between the two that prevent dissolution.
potato
Soft drinks do not dissolve Styrofoam. Some compounds that do are gasoline, acetone, model glue, polyester resins, dimethyl sulfoxide, N-methyl pyrolidone, and basically any chemical substance that has double bonded rings or more than one ketone group per eight carbons.