The reaction will work at room temperature. Heating the ingredients might make it more reactive, but may also make the vinegar vaporize, which can be rather smelly and offensive to some.
A baking soda and vinegar bomb tends to just erupt from the cap instead of rupturing the container like a dry ice or hydrochloric bomb. So the sound would just be sort of a whooshing sound. However, other bombs like a dry ice or chlorine bomb would sound like a gunshot.
It's alot milder than regular vinegar so I don't know... the only way to find out is to try.
vinegar and baking soda will smoke up when combined, but don't breath it in. It will also unclog a sink.
Mixing vinegar with bleach can produce toxic chlorine gas, which is harmful to breathe in and can cause respiratory issues, irritation, and other health problems. It's important to avoid mixing these two substances together.
Yes. Baking soda and vinegar will react. When the two combine, they create co2. The co2 comes in the form of bubbles and what is left of the vinegar unless you bomb it in baking soda. The co2 that comes out does not taste or smell good.
A dry ice bomb that is made of sodium bicarbonate is a completely different bomb - you are talking about the baking soda and vinegar bomb. Adding baking soda to a dry ice bomb would do nothing to alter it.
Have been working with explosives for about 40 years, have never ecountered a baking powder bomb. Under some circumstances it could be used to make a 2 liter soda bottle type noisemaker, but baking powder is neither flammable nor explosive in and of itself.
First you put 1 tablespoon of baking soda in paper towel or plastic wrap, wrap tightly, then you put about 5 cups of vinegar or more, and then you let the baking soda float on top, shake, throw and enjoy explosion.
because they then freeze
Take a old bottle and pour vinegar into the bottle. Take a peice of toilet paper and pour baking soda onto it. put the soda in and close the of the bottle shake it and throw it up in the air
Baking soda is a key ingredient in bath bombs because it creates fizz when it reacts with water. This fizzing action helps to release essential oils and other ingredients in the bath bomb, creating a relaxing and aromatic experience in the bath.
The temperature at the hypocenter of the atomic bomb in Hiroshima reached around 7,000 degrees Fahrenheit (3,870 degrees Celsius). This extreme heat generated a powerful fireball and caused widespread destruction in the city.