Burning popcorn and making water both involve chemical transformations. When popcorn is heated, the moisture inside the kernels turns to steam, causing them to pop; if burned, it undergoes combustion, producing smoke and ash. In contrast, making water typically involves a chemical reaction where hydrogen and oxygen combine, either through combustion or electrolysis. Both processes illustrate changes in states of matter and the conversion of energy.
The water inside of the popcorn hull converts to steam, making the hull explode @ 135psi and @ 180*C. Popcorn then is relatively 40times the size it was. Mcdonalds
The average percent of water in popcorn kernels is around 13-14%.
No, some kernels don't have enough water inside. Without that, they won't pop.
By burning the hydrogen and making water.
The water has a very high heat capacity as it evaporates, rapidly cooling the burning materials.
Popcorn kernels have water inside. if the water dries out, it won't pop.
All popcorn contain a small amount of water. When the popcorn gets heated the water inside the popcorn kernel turns to steam. The steam then starts to pressure the kernel shell and soon bursts making the kernel inside out, and the soft stuff inside the kernel puffs.
Burning hydrogen is a chemical change rather than a chemical property. A chemical change involves the formation of new substances with different chemical compositions, as in the reaction between hydrogen and oxygen to form water. A chemical property, on the other hand, describes how a substance can undergo a chemical change.
By eating butter free popcorn.
No. It is a chemical change.
The corn crackles and expands as the water is evaporated by heating - Hence Popcorn.
Old maids are stale popcorn. Without the water inside, they won't pop. Try storing your popcorn in an airtight container.