#excitedstate

[wtfearth123]

When sodium hypochlorite (bleach) solution is added to luminol, a chemical reaction occurs that releases energy in the form of light. This is called chemiluminescence. The bleach solution acts as an oxidizing agent, which means it takes electrons away from the luminol molecule. This causes the luminol molecule to become excited, and it releases the energy as light.

🎥 Courtesy: Kendra Frederick

The luminol molecule is made up of two amino groups, a carbonyl group, and an azo group. The amino groups are electron-rich, while the carbonyl group is electron-poor. The azo group is a conjugated system, which means that the electrons in the double bonds can move freely from one atom to another.

When sodium hypochlorite (bleach) solution is added to luminol, the bleach molecules react with the amino groups of the luminol molecule. This reaction takes electrons away from the luminol molecule, which causes the luminol molecule to become oxidized. The oxidized luminol molecule is in an excited state, which means that it has more energy than it normally does.

The excited luminol molecule then releases the extra energy as light. This light is called chemiluminescence. The light emitted by the chemiluminescence reaction is blue because the luminol molecule has a blue fluorescence.

The chemiluminescence reaction between luminol and sodium hypochlorite is catalyzed by the presence of a metal ion, such as iron or copper. The metal ion helps to stabilize the excited state of the luminol molecule, which makes it more likely to release the extra energy as light.

The chemiluminescence reaction is very sensitive to impurities, so it is important to use pure chemicals. The reaction can also be affected by the pH of the solution. The optimal pH for the reaction is around 9.

The chemiluminescence reaction between luminol and sodium hypochlorite can be used to detect blood, as the iron in hemoglobin can catalyze the reaction. The reaction is also used in some commercial products, such as glow sticks and emergency lights.

I hope you enjoyed learning about this. ❤️🙏

[freehealthteacher]

Light-driven deracemization enabled by excited-state electron transfer Charging through the looking glass Asymmetric catalysis is a commonly applied technique to prepare just one of two mirror-image products in a chemical reaction.

[thankjett]

@ThankJett

Stop talking trash about people The poor are BLESSED The meek INHERIT THE EARTH The hungry WILL BE FULFILLED The rich The peacemakers are CHILDREN OF GOD

— Seán Bartz (@excitedstate) September 8, 2019

[indirect]

You know that's not what I meant, @Wolfram_Alpha https://t.co/mdN6cCp4dE — @excitedstate

[belleandkurtbastian]

You know that's not what I meant, @Wolfram_Alpha http://pic.twitter.com/mdN6cCp4dE

— Seán Bartz (@excitedstate) July 31, 2017