That will depend on a number of factors, including the size and type of the lollipop, the temperature of the water, whether you have a large amount of water and stir regularly.I suggest you simply try it out, for a specific lollipop, at your home.
vinegar is acetic acid and if the lollipop is acidic then it will dissolve fast as like dissolve like..
There is no such thing as a lipo. Lipo-dissolve is a procedure that dissolves the fat cells in ones body. It is reported that it will take multiple injections to dissolve any fat.
since its non-polar and "like dissolves like" it will take a long time, the amount of time, not sure.
Aleve typically starts to dissolve in the stomach within 20-30 minutes after ingestion. The active ingredient in Aleve, naproxen, is absorbed into the bloodstream and then begins to exert its effects.
Lollipops dissolve in the mouth due to the presence of sugar, which is water soluble. When the lollipop comes in contact with saliva, the sugar molecules start to break down and disperse, leading to dissolution.
As you suck on a lollipop, molecules begin to dissolve in your saliva. In addition, in your saliva, there is an enzyme called amylase that begins to break down the sugars of the lollipop.
no it just is there so you can hold the lollipop cause you don't want to get your hands sticky
If you put a lollipop in soda, the sugar from the lollipop will dissolve into the soda, creating a sweet and flavorful drink. The lollipop may also start to disintegrate, leaving behind a sticky residue in the soda.
Cavemen do not dissolve.
vinegar is acetic acid and if the lollipop is acidic then it will dissolve fast as like dissolve like..
The duration of Take This Lollipop is 180.0 seconds.
Take This Lollipop was created on 2011-10-17.
it takes about 15 to 20 min to dissolve
ten minutes. :-)
i thing that vegetable capsule dissolve in stomach
When lollipops are placed in liquids, they will begin to dissolve as the liquid interacts with the sugar and flavoring components of the lollipop. The rate of dissolution can vary depending on the temperature and type of liquid; for example, warm liquids may dissolve the lollipop faster than cold ones. As the lollipop dissolves, it will release its flavors and colors into the liquid, creating a sweetened and flavored solution. Eventually, the lollipop may disintegrate completely, leaving behind only the liquid.
Take This Lollipop - 2011 was released on: USA: 14 October 2011 (internet)