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Don't Try This at Home - 3 - Sulfuric Acid and Sugar

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Flinn Scientific Best Practices for Teaching Chemistry Video Series

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What will concentrated sulfuric acid do to your clothes? This video is part of the Flinn Scientific Best Practices for Teaching Chemistry Video Series, a collection of over 125 hours of free professional development training for chemistry teachers - http://elearning.flinnsci.com ATTENTION: This demonstration is intended for and should only be performed by certified science instructors in a safe laboratory/classroom setting.

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Sulfuric Acid - Periodic Table of Videos

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Stories of gruesome murders and a classic demonstration of sulfuric acid and sugar. More chemistry at http://www.periodicvideos.com/

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Sulfuric Acid vs Sponge - Chemical Reaction

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What happens when a wet sponge meets Sulfuric Acid? In today's one minute science we take a look at the amazing reaction that occurs when these two items meet. But why does this happen? Share your thoughts in the comments and vote up your favorite explanation.

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The Power of Sulfuric Acid - Cool Science Demo

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Sulfuric Acid and Sugar - Dehydration of Sugar Experiment

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Sulfuric acid can be made at home. Sulfuric corrosive is a valuable corrosive to have close by for an assortment of home science ventures. Be that as it may, it is difficult to acquire. Luckily, you can make it yourself. Hand crafted Sulfuric Acid Materials Really, this strategy begins with weakened sulfuric corrosive, which you bubble to make concentrated sulfuric corrosive. This is the most secure and least demanding technique for making sulfuric corrosive at home.
•auto sulfuric acid
•glass compartment
•outside wellspring of warmth, similar to a flame broil
Sulfuric acid, which might be obtained at a car supply store, is roughly 35% sulfuric corrosive. Much of the time, this will be sufficiently solid for your exercises, however in the event that you require concentrated sulfuric corrosive, you should simply evacuate the water. The subsequent corrosive won't be as immaculate as reagent-evaluation sulfuric corrosive, so remember this.
STEPS:
1. Place an open container of sulfuric acid someplace with good circulation, safe from the possibility of a spill.
2. Loosely cover the container to minimize contamination with dust and other particulates.
3. Wait. The water will evaporate out of the solution, eventually leaving you with concentrated sulfuric acid. Note that sulfuric acid is highly hygroscopic, so it will retain a certain amount of water. You would need to heat the liquid to drive off the remaining water.
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THE IMAGE BELOW SHOWS AS THEY MAKE SULFURIC ACID AT HOME
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As indicated by the United States Agency for Toxic Substances and Disease Registry, sulfuric corrosive is found in spots that produce different compound substances, for example, cleansers, cleansers, manures and lead-corrosive batteries. Breathing the air close perilous waste destinations can likewise prompt sulfuric corrosive presentation. As the New York Times clarifies, sulfuric corrosive is a destructive substance that can bring about serious blazes and tissue harm when it comes into contact with the skin or mucous layers. Introductory indications of sulfuric corrosive harming incorporate extreme torment on contact, breathing trouble, blazes in the mouth and throat, regurgitating blood, and vision misfortune if gulped.

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How Does Sulfuric Acid Make an Impact on the World

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How Does Sulfuric Acid Make an Impact on the World

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Sulfuric acid (sulphuric corrosive in British English) is a solid corrosive. It is dis-solvable in water at all focuses. Sulfuric corrosive has numerous applications, and is one of the top results of the chemical industry. World generation in 2001 was 165 million tonnes, with an approximate estimation of US$8 billion. Essential uses include lead-corrosive batteries for autos and other vehicles,ore processing,fertilizer manufacturing,oil refining,waste water preparing, and chemical synthesis.
------------------------------------------------------------------------------------------------------------------------------------BELOW ARE IMAGES OF PRODUCTION OF SULFURIC ACID ALL AROUND THE WORLD
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The first time someone created sulfuric acid was around the 1600, when Johann Van Helmont used destructive distillation of green vitriol and by burning sulfur. Later, at around 1790, the first major industrial demand for sulfuric acid was the Leblanc process for making sodium carbonate. Producing sulfuric acid form green vitriol was a very expensive process, because of this multiple people started to find new ways of creating sulfuric acid. Somewhere in the 17th century, a man named Johann Glauber found a new way to synthesize it by burning sulfur with saltpeter. Then, around 1740 this method of creating it was developed commercially by Joshua Ward in England. After it was superseded by the lead chamber process, invented by John Roebuckin in 1746. It has since been improved by countless others.

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Sulfuric acid is one of the most important industrial chemicals there is. Every year it is the most produced chemical out of all manufactured chemicals. U.S. and China produced more than 80 billion pounds of it of it in 2004 EACH. The biggest use of sulfuric acid is making fertilizers. It is widely used in manufacturing other chemicals. It can be used in petroleum to wash out impurities of gasoline. It can be used in processing metals. It also serves as the electrolyte in lead-acid storage batteries used in motor vehicles

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Sulfuric acid has an atomic mass of 98.079 g/mol.

It has a density of 1.84 g/cm3.

With a boiling point of 638.6 F.

The melting point is 50 F.

When combined with sugar it can expand in a black foam more than double the amount of the sugar put in.

It used to be called oil of vitriol because of how it was first made.

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Sulfuric Acid and Sponge Reaction in Slow Motion | Slow Mo Lab

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Subscribe to CrazyRussianHacker https://www.youtube.com/user/CrazyRussianHacker This is Pretty Dark!! Literally.. :) Watch Previous Video: http://youtu.be/4rPMIkN5fR4?list=LLotlYu9WUcKZCUcEcNYWu_Q Watch More (videos at the end): Mad Tile Ninja!!! - in super slow motion | Slow Mo Lab http://youtu.be/keezieObgzc?list=PLaJvC5R-EeuuerfWfd4ANqzPo1OuU9EqR Bizarre Balloon Burst at 60,000fps - Slow Mo | Slow Mo Lab: http://youtu.be/E_Xe486i-Q0?list=PLaJvC5R-EeuuerfWfd4ANqzPo1OuU9EqR In this episode, Taras and Dima film an epic science experiment (chemical reactions) in super slow motion.

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Sulfuric Acid has a chemical formula of H2SO4. Sulfuric Acid is a compound that has made an impact in this world. Sulfuric acid contains 7 different atoms. 2 Hydrogen (H2) one sulphur (S) and four oxygen (O4). Thus it contains 3 elements. Sulfuric corrosive is an exceptionally destructive solid mineral corrosive with the sub-atomic equation H2SO4. It is an impactful ethereal, dismal to marginally yellow gooey fluid which is solvent in water at all fixations. Here and there, it might be dim cocoa as colored amid its modern creation process keeping in mind the end goal to ready individuals to its dangers. The chronicled name of this corrosive is oil of vitriol. Its destructiveness on different materials, similar to metals, living tissues or even stones, can be mostly credited to its solid acidic nature and, if concentrated, solid getting dried out and oxidizing property. Sulfuric corrosive at a high fixation can bring about intense harm upon contact, as it causes compound smolders through hydrolysis, as well as auxiliary warm blazes by means of lack of hydration. Since the hydration response of sulfuric corrosive is exceedingly exothermic, weakening ought to dependably be performed by adding the corrosive to the water instead of the water to the corrosive. H2S04 has 2 sorts of bonds-covalent and direction Sulfur is the focal atom,surrounded by 4 oxygen particles and 2 hydrogen molecules places on left of any 2 oxygen iotas. Now,oxygen offers one electron each with the sulfur and hydrogen particle. However, by this lone 2 oxygen particles will have ready to finish octet. The remaining 2 will finish by direction holding. Both the oxygen molecules will take electrons from sulfur yet sulfur won't take theirs, sharing from stand out end. This is called coordinate bond. Thus H2S04 has 2 coordinate bonds and 4 covalent bonds.