The foaming capacity depends on the hardness of water. Hard water does not give foams. Soft water will give foams.
Dettol is not specifically designed as a foaming product, but it does produce a moderate level of foam when mixed with water due to its surfactant properties. The foaming capacity may vary based on the concentration used and the water hardness.
Detergents contain surfactants molecules which are characterized by a hydrophilic head and a hydrophobic tail which stabilizes the bubbles in water and results in form. When detergent powder is also added to a soapy solution, (eg. while washing clothes) it is shook en up with all other clothes, that is why there are bubbles formed which causes foam.
Alkalinity measures the water's ability to resist changes in pH, while pH levels indicate the acidity or basicity of the water. Alkalinity is a measure of the buffering capacity of water, while pH is a measure of the concentration of hydrogen ions in the water.
There is no difference between H2O and water. H2O is the chemical formula for water, with each molecule consisting of two hydrogen atoms bonded to one oxygen atom.
Foaming soap dispensers were invented about 15 years ago by a Dutch company called Airspray. The best way for consumers to get a foaming soap dispenser is to buy one at a retail store. Some empty foamers are sold, but most come with soap already in them. My personal favorite in the US are the foamers from a company called Method. Their foamers are available for $3-4 from most Target stores. The solution for foaming soap is far more dilute than regular liquid soaps. If you start with a solution 10% liquid soap and 90% distilled water, you will be pretty close. I recommend distilled water because you'll get consistent repeatable results with that. Foaming soap is always white; the only reason you'll get some other color is if the soap is over-concentrated. You CANNOT make foaming soap from a lotion. It will not work. If you try, the lotion will splatter and sputter.
Dettol is not specifically designed as a foaming product, but it does produce a moderate level of foam when mixed with water due to its surfactant properties. The foaming capacity may vary based on the concentration used and the water hardness.
Test Tube noVol. of soap solutionVol. of water addedTime taken for disappearance of 2mm1. Dove8ml16ml11'42"2. Lux8ml16ml3'28"3. Tetmosol8ml16ml5'10"4. Santoor8ml16ml15'32"5. Cinthol8ml16ml9'40" here "is seconds and 'is minutes
You take the difference in the water content between field capacity and wilting point
Sodium carbonate has a good effect on foaming action of soap. The tap water with which soap is agitated to form soap contains ca and magnesium salts dissolved in it.Sodium Carbonate will make it precipitate.As a result Sodium Carbonate will increase the rate of dissapearance of foam. GOKUL MURALI
The difference between capacity and volume is that when you measure volume you mearsure the amount of space or air in a 3D shape and capacity measures the amount of water or anything, prefrebly a liquid that it can hold
Foaming and Primming. This is a term used in boiler engineering power generation. Foaming causes: High TDS (total dissolved solids), High suspended solids, detergent type contaimination and high alkilinity. The effects of foaming can cause carry over to turbines and down stream damage. Primming Causes high water level, sudden steam demand and forcing a boiler, the effects are carry over and down stream damge.
The main difference between Hydra 10 and Hydra 20 is their capacity. Hydra 10 has a capacity for 10 gallons, while Hydra 20 has a capacity for 20 gallons. This means Hydra 20 can filter a larger volume of water compared to Hydra 10.
because your radiator water is leaking into your oil somewhere, could be a head gasket or a crack in the cylinder block between the water jackets & oil jackets, check out your radiator water condition chances are you will also have "foaming" there as well, the "foaming occures because oil & water doesnt mix & when you heat up the two liquids togather you will get a foam reaction as the water absorbs more heat than the oil therefor there is a difference in the tempretures between the two liquids in the same container. Get your car looked at by a mechanic.
Detergents contain surfactants molecules which are characterized by a hydrophilic head and a hydrophobic tail which stabilizes the bubbles in water and results in form. When detergent powder is also added to a soapy solution, (eg. while washing clothes) it is shook en up with all other clothes, that is why there are bubbles formed which causes foam.
The difference between a mailman and water is water can be bottled and a mailman can't.
Oh, what a lovely experiment you have there! To investigate the foaming capacity of different washing soaps, you'll want to create a fair test by using the same amount of each soap. Adding sodium carbonate can be a great idea to see how it affects the foaming. Remember, each result is just a happy little discovery on your scientific canvas!
The usual cause of sea breeze is the difference in specific heat capacity between land and water Land heats and cools more quickly than water.