Coding the Future

Coke And Mentos Vs Water Balloon Experiment

coke and Mentos vs water balloons experiment Youtube
coke and Mentos vs water balloons experiment Youtube

Coke And Mentos Vs Water Balloons Experiment Youtube For today's video we did some awesome coca cola and mentos experiments! coca cola water balloons and underwater launchers!subscribe goo.gl htjqju wa. Demonstrate procedure to the students: stretch out balloon. open up the diet coke and pour out half of the contents. place one mentos inside the balloon. place balloon securely over the mouth of the bottle. very important! hold the balloon upright and force the mentos down into the liquid. the reaction will start and the balloon will expand!.

coke And Mentos Vs Water Balloon Experiment Youtube
coke And Mentos Vs Water Balloon Experiment Youtube

Coke And Mentos Vs Water Balloon Experiment Youtube How to make the diet coke and mentos soda geyser erupt. the project is messy. you might want to step outdoors. open the mentos candies and stack them into a single column. open the bottle of soda. drop the column of candy into the bottle, all at once. if you have more candy, you can repeat the eruption using the same bottle of soda. If using a geyser tube, load the mentos. if using a homemade paper roll, drop the mentos into the roll while holding the bottom closed with your finger. 3. placing a 2 liter bottle of coke on a flat surface, remove the cap, and drop the mentos into the open coke bottle. 4. Place the index card and candies over the mouth of the bottle. make sure the candies are in line with the mouth of the bottle. you want the candies going in the bottle and not falling over the side. now remove the index card and let candies fall in and step away from the mentos and coke volcano. A mentos candy can help with this. although a mentos candy may look smooth, if you looked at it under a microscope you would see tiny bumps coating the entire surface of the candy. this rough surface allows the bonds between the carbon dioxide gas and the water to more easily break, helping create carbon dioxide bubbles and cause the classic.

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