Does salt water burn?

When exposed to a radio-frequency field, salt water appears to burst into flame. When exposed to a radio-frequency field, salt water appears to burst into flame. IT’S DRAMATIC, no doubt. Take a simple radio-frequency field, a beaker of salt water, a match, and voilà—the water bursts into flame.

How do you make salt water flammable?

The hydrogen can’t burn if it’s bound to oxygen (like it is in water). But, if you mix the water with sodium chloride you loosen those bonds. Then, if you do something like hit it with a very strong radio wave, then you separate the hydrogen and oxygen. Now add heat and the hydrogen will make a flame.

How does water burn in the ocean?

Van der Waal’s effects attract the oxygen end of water molecules to the positive sodium ions, and the vibration shakes the oxygen molecules hard enough to break the hydrogen bonds, freeing the hydrogen gas, which then ignites and burns.

Does salt water burn eyes?

Answer: It’s safe to open your eyes in the ocean, but it may sting at first. Many people become accustomed to salt water and they don’t feel pain when they open their eyes underwater. The ocean also contains many different irritants like bacteria, sand, and microorganisms, so don’t forget to pack your goggles!

What’s the radio frequency for burning salt water?

Kanzius’ concept is simple: expose salt water to 13.56 MHz radio waves and light a match. Hydrogen separates from the water mixture and burns for as long as it’s exposed to the frequency.

What does it take to burn salt water?

Kanzius’ concept is simple: expose salt water to 13.56 MHz radio waves and light a match. Hydrogen separates from the water mixture and burns for as long as it’s exposed to the frequency. The inventor actually made this discovery by accident: He was looking for a cure for cancer.

Who is the inventor of burning salt water?

Kanzius demonstrated it to local TV news stations as well as to Rustum Roy, a Penn State University geochemistry professor emeritus. Roy collaborated with Kanzius on a paper confirming that radio frequency waves do indeed dissociate salt water into hydrogen and oxygen, and that the resulting mixture can be burned.

Why is the reaction of salt water on fire negative?

The salt-water-on-fire reaction is a negative energy equation. Negative because you lose some energy to the system around you, or for processes that don’t pay off in the energy release, or just because you took three lefts to make a right. Breaking those bonds might cost more energy than they give back, depending on how you break them.