If it is not opened, then yes. If it is opened, then no, it will just get hot and eventually melt if it gets hot enough. Artificial heat would have to be applied unless the can was in an extremely hot climate. It is best to keep cans away from heat sources just to be safe. Also, lower air pressure associated with high altitudes would make them more likely to burst if heat were applied.
To make a super saturated solution of a soft drink, you would need to heat the soft drink to a high temperature to dissolve more solute (sugar or flavoring) than would normally be possible at room temperature. Then, cool the solution slowly to allow the excess solute to remain dissolved, creating a super saturated solution.
no one nows but the #1 soft drink that does is pepsi
Soft drinks are generally acidic.
In carbonated soft drinks, the solutes are sugar and carbon dioxide. Sugar provides sweetness and carbon dioxide gives the drink its fizziness.
It demonstrates three things: 1) When you freeze a soft drink it will drive all the dissolved CO2, the gas that forms the bubbles, out of it. This creates an overpressure situation in the headspace between the beverage and the can 2) Because soft drinks are made out of water and water expands when frozen, the ice takes up more space in the can. 3) Soft drink cans are made out of thin aluminum, which won't stretch. Add them together and the can has no choice but to burst. For extra credit on this assignment, Jeremy also put an unopened plastic bottle of soft drink in the freezer. When he went to retrieve the bottle from the freezer, what did it look like?
an element used to make soft-drink cans is aluminum
The metal aluminum is the primary element used to make soft drink cans.
The metal aluminum is the primary element used to make soft drink cans.
an element used to make soft-drink cans is aluminum
The can of soft drink in the refrigerator can be considered an open system. While the can itself is closed and does not allow matter to enter or leave, it is still exchanging heat with its surroundings (the refrigerator air). This heat exchange affects the temperature of the soft drink, making it an open system in terms of energy transfer.
The gas in the carbonated soft drink will escape. The bottle will explode...usually with the cap getting pushed out. This depends on the heat of the water and the amount of carbon dioxide in the soft drink. It is not safe to experiment with this.
To make a super saturated solution of a soft drink, you would need to heat the soft drink to a high temperature to dissolve more solute (sugar or flavoring) than would normally be possible at room temperature. Then, cool the solution slowly to allow the excess solute to remain dissolved, creating a super saturated solution.
As temperature goes up, gases become less soluble in liquids so if you leave a drink in the sun the gas will come out of solution and the pressure in the bottle may gradually increase until - *POW* - it explodes.
heat makes that happen.
its apparantly supposed to make the soft drinks stronger
did u get asked this question as a science question. If so ask the teacher xD
A soft drink is $20.