yes because i said so
== == (Reference Webster Dictionary as below)Pronunciation: 'bärmFunction: nounEtymology: Middle English berme, from Old English beorma; akin to Middle Low German berm yeast, Latin fermentum yeast, fervEre to boil, Old Irish berbaid he boils: yeast formed on fermenting malt liquors Exactly that... fermentation foam...See the Web Links for more about fermentation foam.
Foam on top of beer which is produced by bubbles of gas, typically carbon dioxide, rising to the surface. The elements that produce the head are wort protein, yeast and hop residue. The carbon dioxide that forms the bubbles in the head is produced during fermentation. The carbonation can occur before or after bottling the beer. If the beer continues fermenting in the bottle, then it naturally carbonates and the head is formed upon opening and/or pouring the beer. If the beer is pasteurized or filtered then the beer must be force carbonated using pressurized gas.
in 1380 by Richard thinkton, England, Dublin.
Yes, when styrofoam burns, it undergoes a chemical change. This involves the breaking of molecular bonds in the styrofoam polymer due to the heat, resulting in the release of gases and the formation of new substances such as carbon dioxide and water vapor.
Soundproof foam absorbs and dampens sound waves, reducing the amount of noise that travels through walls or ceilings. It can help minimize echo and reverberation in a room, making the space quieter and enhancing overall sound quality.
The amount of yeast in the elephant toothpaste experiment affects the rate and volume of foam produced. Yeast acts as a catalyst for the decomposition of hydrogen peroxide into water and oxygen, and a higher concentration of yeast increases the reaction speed, leading to a more vigorous and rapid release of oxygen. This results in a larger amount of foam being generated in a shorter time. Conversely, using less yeast will produce less foam and a slower reaction.
To make elephant toothpaste bigger, you can increase the amount of hydrogen peroxide and yeast used in the reaction. This will produce more foam and create a larger reaction. Additionally, using a larger container or adding more dish soap can also help increase the size of the foam produced.
Yes, the size of a bottle can affect the amount of foam produced. Smaller bottles may produce more foam due to increased pressure when pouring, while larger bottles may produce less foam. It also depends on factors like carbonation level and pouring technique.
the bacteria breathing
Mix the amount of yeast you are going to use with about a half of a cup of lukewarm (not hot) water, and a couple tsp of sugar. If the yeast is still usable, it will become activated and start to bubble and foam up.
The little brown grains of dried yeast (from the packet) can and will grow if put into water (at room temperature) with a little bit of sugar dissolved in it. You will see them growing because the water will begin to produce a foam after 30 mins. However, please note that if the dried yeast is kept too long before it is used, then the yeast in the brown grains may be killed. In this case no foam will be produced.
To measure the amount of foam generated by a soap bar, you can wet the bar and rub it between your hands to create lather. The volume of foam can be estimated visually or by measuring the height of the foam produced. Alternatively, you can use a graduated cylinder to collect the foam and measure the volume.
When yeast is mixed with warm water and sugar, it activates and begins to ferment. Fermentation produces carbon dioxide gas as a byproduct, which gets trapped in the liquid, creating foam. The foam is a result of the carbon dioxide bubbles rising to the surface of the mixture.
A foam booster is an additive used in cleaning products to increase the amount and stability of foam produced when the product is agitated or used. Foam boosters help to improve the detergent's ability to lift and remove dirt and grime from surfaces.
Yeast foams up when it feeds on sugar and produces carbon dioxide gas as a byproduct through fermentation. As the gas is trapped in the liquid, it creates bubbles and causes the mixture to foam. This process is essential in baking as the carbon dioxide helps dough rise.
To make elephant toothpaste with yeast, mix hydrogen peroxide, dish soap, and food coloring in a bottle. In a separate container, mix warm water and yeast. Pour the yeast mixture into the bottle and watch the foam expand.
== == (Reference Webster Dictionary as below)Pronunciation: 'bärmFunction: nounEtymology: Middle English berme, from Old English beorma; akin to Middle Low German berm yeast, Latin fermentum yeast, fervEre to boil, Old Irish berbaid he boils: yeast formed on fermenting malt liquors Exactly that... fermentation foam...See the Web Links for more about fermentation foam.