We'll find out what happens when you combine two active alkali metals, for this

I took a piece of sodium and potassium and began to rub them against each other

within the evaporating dish to provide the alloy from oxidation by being exposed to Air [I've]

Decided to conduct the melting [of] sodium and potassium

under a layer of

Kerosene since potassium is a very soft metal it immediately deforms and wrinkles over.

Overtime, a liquid array of sodium and potassium is formed as a point of contact of the two metals

Which is instantly being covered by Gray oxide [film] this [alloy] remains in liquid state from minus 20 [to] plus

785 degrees Celsius, it's a very dangerous alloy because it's more active than sodium or potassium in the round

I Fill in the syringe with a little bit of alloy alloy has a glassy surface inside the syringe such as mercury. Now

I'm dripping stored in potassium all into the water

As can be seen, [color] instantly ignite in water forming burning droplets.

If you drop this alloy on the wet surface the alloy will also light up, sometimes with an explosion

Its then I pour in the remaining alloy into the water

Sodium potassium alloy is used in Nuclear reactors as coolant as

Well in metallurgy subscribe to my channel to see many more new and interesting

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Pull that trigger right from your face

Wow, he'll be all right