Question

The processes of corrosion and explosion undergo oxidation-reduction reactions. Why do explosions tend to be so much more dangerous?

1) The resulting products are highly dangerous.
2) Explosions occur spontaneously.
3) Explosions are often rapid, with huge increases in volume.
4) They chemically react with the surroundings, causing considerable damage.

Answer 1

Explosions are more dangerous than corrosion because they are rapid events that release a large amount of energy, causing immediate destruction and posing great danger.

Step-by-step explanation:

Explosions tend to be much more dangerous than corrosion primarily because explosions are often rapid, with huge increases in volume, releasing a large amount of energy in a very short span of time. This sudden release of energy can cause significant destruction due to the force of the expanding gases, as well as heat and shock waves produced by the explosion.

While corrosion such as the rusting of iron also undergoes oxidation-reduction reactions, it is typically a much slower process that does not result in an immediate release of energy that can cause damage or harm; however, over time, corrosion can significantly weaken structures leading to potential failures. In contrast, explosions, such as those involving TNT or ANFO, are designed to release energy rapidly, and the accompanying shock wave, heat, and rapidly expanding gases can instantly destroy structures and pose immediate danger to life.