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Yes. You can make elephant toothpaste with hydrogen peroxide, liver, and dish soap.
Yeast of course, beer bottle, water, balloon and sugar maple syrup.
Presence of sugar in the both bottles
when yeast is mixed with warm water it produces carbondioxide gas it realeases from water in form of bubbles
0 in 10000000
Yes. You can make elephant toothpaste with hydrogen peroxide, liver, and dish soap.
Elephant's Toothpaste is combined substances (yeast, water, 20 volume hydrogen peroxide liquid and food coloring) that once formed together they bubble up like a fountain.
no it doesnt
When the three chemicals are combined it creates a foam like substance which expands. This is a common experiment and can be easily created in your own house or in a science laboratory. It is often referred to as Elephants Toothpaste.
Yeast of course, beer bottle, water, balloon and sugar maple syrup.
i had the same exact question for my science report determining wether or not yeast cells are alive.
The bottle that contains only yeast and water. The experimental group in the bottle with yeast, water, AND sugar.
Hydrogen peroxide (H2O2) is always decomposing to release oxygen and water, but it does so slowly. In elephant toothpaste, the hydrogen peroxide is mixed with detergent and food color and then saturated iodide solution is added. The iodide acts as a catalyst so that the H2O2 breaks down really quickly. All the gas bubbles released makes the detergent bubble up suddenly.
This is not an investigation, so it doesn't have a conclusion. Here you are doing a chemical reaction to produce a visual result. An investigation is an experiment or set of experiments designed to find something out, which is what we call the conclusion. To put it another way, the conclusion is what we decide as a consequence of what we discover in the experiment.
Yeast cells are microscopic, while elephants are 9-11 feet tall. So, an elephant is larger than yeast.
EH...... what the heck
I just did this experiment for my biology class. It seems that with the bleach, it kills the reaction of the yeast. It overpowers the yeast. No bubbles occur--like if it were just yeast, sugar, and warm water.