Drop a chunk of sodium metal into water, and you'll see an incredibly violent reaction take place. But what's the quantum reason for it?

Many of us gained our first appreciation for chemistry upon witnessing a high school teacher drop a chunk of sodium into a beakerful of water. You may think you know the explanation behind the ...

When sodium reacts with water, it can lead to violent explosions, as demonstrated in Prathap's case. This article will explore the reactions of sodium with water, the potential dangers involved ...

The reaction of sodium with water produced an estimated 162,000 cubic feet of hydrogen gas which then caught fire, producing a spectacular series of explosions.

For decades, science enthusiasts have delighted at the famously energetic way sodium and potassium explode on contact with water. Researchers in Europe now show that the long-accepted explanation ...

If the produced hydrogen is ignited then the sodium reaction with water produces more energy than the explosion of an equivalent mass of trinitrotoluene 4.

Watch the Reaction This video from Foresti's research shows a reaction between a particle of metal sodium and a water droplet. The two particles start off separately and slowly move toward one ...

This explains the continued robust reaction: the spikes kept placing fresh sodium in contact with the water, preventing the formation of a steam/hydrogen barrier that would choke off the reaction.

MESSRS. C. O. DAVIS and H. L. Johnston report 1 that when metallic sodium is dissolved in heavy water, the diplogen content of the evolved hydrogen is reduced and the diplogen content of the ...