![]() ![]() Take another Lifesavers Mint, the type that exhibited the phenomenon, and start exploring. Now, we will investigate what exactly creates the flash.Can you find which combination of ingredients is responsible for the phenomenon? You will need some detective skills to find out! Where can you find the ingredients of each type of candy? In what way(s) are the ingredients of the mint that shows the phenomenon different? You probably detected it for only one of the types of Lifesavers you crushed.Does the same phenomenon happen each time with the same type(s) of Lifesavers Mint and not with others? To confirm your findings, repeat the activity a few times.Did you see anything happening as you crushed some types of Lifesavers whereas it did not happen when you crushed other types? Wait a minute or two to let your eyes adjust to the dark, then watch the candy as you crush it. Place one Lifesavers mint between a pair of pliers and turn off the light.Although it is the same phenomenon, lightning in storms is created by huge discharges and is dangerous. Note: The electrical discharges created in this activity are tiny and harmless.Bring all of your materials to the room you will be using for this activity, then prepare to turn off the light.Lifesavers Mints-Spear O Mint and/or Pep O Mint. Spearmint lifesavers spark in the dark free#Sugar Free Lifesavers Mints-Wint O Green.And this is exactly what happens in lightning-and this activity as well. It is only when there is a fluorescent substance around, which can absorb the UV light and reemit it as visible light, that we see a tiny light flash. The miniature releases excite the air around it, which then typically releases ultraviolet (UV) light, a type of light humans cannot see. Although releases occur often, we hardly ever see a light flash. You might have felt or seen a discharge when touching a metal doorknob after walking across a carpeted floor. ![]() Whenever there is static electricity, a release might happen. Crushing particular crystalline structures like hard sugar or salt also gives rise to static electricity. ![]() In both examples, rubbing created static electricity. Maybe you remember your hair standing up after brushing it or clothes clinging together when they come out of the dryer. Miniature buildups of static electricity occur often. That glowing white light is the lightning you see. Within clouds or between clouds and Earth the discharge is huge it heats the air to the extent that it glows with white light. This rubbing gives rise to static electricity, and sometimes the electricity can jump across an air gap. It starts with icy raindrops rubbing against the air. Lightning is a massive release of static electricity. Lifesavers Wint O Green Mints might just be the tool we need to observe this science! Crush them, observe and detect what makes the flashes visible. Did you know that instances of miniature lightning can occur in your mouth when you bite on a hard candy? Would it not be fascinating if you could observe these light flashes? ![]()
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