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What else can I help you with?
Where is glucogen stored?
Glucose is stored as glycogen in muscles and liver.
Which item is stored correctly in the cooler?
The macaroni above the raw salmon is the item that is stored correctly in the cooler.
Where is the energy stored in a wind-up toy?
Whatever winds the tool up - usually energy stored in your muscles.
What type of potential energy is stored in a clockwork toy?
The types of potential energy is stored in a clockwork toys are type of potential energy is stored in a clockwork toy
True or false lipids are a poor source of stored energy?
FALSE.. they are great sources of stored energy!
What is the molarity of carborane superacid?
The molarity of carborane superacid will depend on the concentration of the acid solution. Carborane superacid is a strong acid with high acidity and is typically prepared in low concentrations due to its reactivity and potential hazards. Common concentrations for carborane superacid solutions range from 0.1 to 1 M.
What is the pH level of Carborane superacid?
According to Sam Kean, Carborane has a pH of -18 (see the Disappearing Spoon).
How do you make carborane superacid?
Carborane superacids are made by combining a carborane molecule, such as H(CHB11Cl11), with a Lewis acid like SbF5 or HF/SbF5. This creates a strong Brønsted acid that is more powerful than conventional mineral acids like sulfuric acid. The resulting carborane superacid has unique properties, making it a valuable catalyst for various chemical reactions.
What is Carborane superacid or HCHB11Cl11 used for?
Carborane superacids, such as H(CHB11Cl11), are extremely strong acids that are used in various chemical reactions and as catalysts in organic synthesis. They are especially valuable in promoting reactions that require high acidity or in cases where traditional mineral acids are not effective.
What is the strongest acid explain?
The strongest acid is fluoroantimonic acid, which is a superacid. It is created by mixing hydrogen fluoride with antimony pentafluoride. Fluoroantimonic acid is over a billion times stronger than sulfuric acid.
What acid is the strongest?
Carborane superacid or H(CHB11Cl11)icosahedrane core consisting of one carbon atom and eleven boron atom. Each boron atom is bonded to a chlorine atom and the whole cluster of boron, chlorine, and carbon atoms is paired with a proton, which is attached on the carbon.Carborane superacid is near 1000 times stronger than fluorosulfonic acid or FSO3H which is millions of times stronger than Sulfuric Acid or H2SO4.Fluoro - Antimonic SuperacidChemists have crated a superacid called fluoro - antimonic (flewer - ro - anti - mon - ic) acid with twenty thousand trillion (20,000,000,000,000,000,000) times the dissolving power of the most concentrated sulphuric acid.
What is an example of an superacid?
fluoroantimonicacid
What is the pH of Carborane acid?
Carborane acid usually refers to pentaborane(9) hydride, which is a strong acid. It is not very soluble in water, but it can react to form hydrochloric acid and boron hydrides. The pH of carborane acid would be very low.
What is th pH value of carborane acid?
-4
What is the world's most dangerous acid?
The world's most dangerous acid is Hydroflouric acid, which is actually classified as a weak acid, believe it or not. Perchloric acid gets my vote. No it isn't I thought it was carborane superacid. It was just discovered
What does fluoroantimonic acid look like?
Fluoroantimonic acid (HSbF6) is a mixture of hydrogen fluoride and antimony pentafluoride in various ratios. The 1:1 combination forms the strongest known superacid, which has been demonstrated to protonate even hydrocarbons to afford carbocations and H2.It has a syrupy consistency and dissolves pretty much everything. It can be stored in Teflon bottles.
Which is the second most reactive Superacid?
Magic acid is the second most reactive Superacid behind fluoroantimonic acid. It is a superacid consisting of a mixture of fluorosulfonic acid (HSO3F) and antimony pentafluoride (SbF5). The name refers to its ability to protonate hydrocarbons, vividly demonstrated when a postdoctoral associate in the lab of George A. Olah used it to dissolve a candle.
