yes
- Liquid soap (a soap prepared with potassium hydroxide) cannot be turned in solid soap. It is prepared especially to be liquid.- Melted soap (prepared with sodium hydroxide) can be solidified after adding a small quantity of sodium chloride and by cooling to room temperature.
No, a bar of soap is to heavy to float on anything.
Mild just means without a lot of additives, perfumes and dyes, such as Ivory bar soap!
Ivory Soap is less dense than water. A bar of ivory soap weighs less than the volume of water it would displace if it were fully submerged. Since the buoyant force is equal to the weight of the displaced water, that produces a net upward force on it. It will rise in the water until enough of it is sticking out of the water so that the buoyant force is equal (and opposite) to the soap bar's weight. When that happens, it floats, just like in the commercials.
I can't quite understand the first part of your question. For the second part of your question: Toilet roll dispensers vary, but a simple variant would involve a bar, which is fixed (like an axle), surrounded by the toilet roll, which rotates (like a wheel).
what is the difference between toilet soap and bathing soap?
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Bar soap is generally less effective than liquid detergent for laundry. Liquid detergent is designed to dissolve and clean clothes more efficiently, while bar soap may leave residue and not fully dissolve in the wash.
Greater surface area for the solvent to act upon.
Bar soap typically dissolves within a few minutes when exposed to running water. The exact time can vary depending on the brand and composition of the soap.
Yes due to the greater surface area of all the powder grains as compared to the massive bar of soap giving the solvent (water?) better access to the molecules of the soap and thus dissolving it faster.
Yes. The much greater surface area of powdered soap will allow more water molecules to come into contact with the soap particles, dissolving it faster.
Increasing the water temperature will make bar soaps dissolve faster because heat helps to break down the soap molecules more quickly. Agitating the water by stirring or rubbing the soap against a surface will also speed up the dissolution process. Using soft water (low in mineral content) can also help bar soap dissolve more easily compared to hard water.
It is going to soften up and go down the drain pretty quickly. Think about the soap in the soap dish and how it softens on the bottom side.
Yes, the solubility is greater at high temperature.
The removal of a bar of soap in a toilet depends on its location. If the soap is not very far down, it may be possible to remove it by hand, or rather by rubber glove. Next, try a plunger to see if the soap can be dislodged. If the plunger does not work, a couple of options exist. Sometimes the dissolution of soap can be hastened with hot water. So long as the toilet is not completely clogged, hot water may be poured down the drain until enough of the soap dissolves or is softened to finish its trip down the drain. If hot water does not work, try a toilet auger or snake. The end should wither break up the soap or pierce it, allowing you to pull it out. If this does not work, removing the toilet or calling a plumber may be in order.
A bar of soap is going to get soft fairly quickly and should pass on through. A plumbers snake can be used to dislodge it and get it into the drain. Plunging the toilet should cause it to go one way or the other.