#molecularstructure

[alishaaishu2000]

Structural Isomers: Exploring the Diversity in Molecular Architecture

Structural isomers are compounds that have the same molecular formula but differ in the arrangement of atoms within the molecule. This variation in connectivity results in distinct structural frameworks and often leads to significantly different physical and chemical properties. For example, butanol and isobutanol both have the formula C₄H₁₀O but differ in the positioning of the hydroxyl group and carbon chains. Structural isomerism plays a crucial role in organic chemistry and biochemistry, influencing reactivity, boiling point, solubility, and biological activity. The main types of structural isomerism include chain isomerism, position isomerism, functional group isomerism, metamerism, and tautomerism. Understanding these isomers helps chemists design new drugs, materials, and industrial chemicals more effectively.

International Chemistry Scientist Awards

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#sciencefather#researchawards#Professor,#Lecturer,#Scientist,#Scholar,#Researcher#StructuralIsomers#Isomerism#OrganicChemistry#MolecularStructure#FunctionalGroupIsomerism#ChainIsomerism#PositionIsomerism#Tautomerism#Metamerism#ChemicalDiversity#ChemistryFacts#LearnChemistry#ScienceInEveryAtom#MolecularScience#ChemistryExplained

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[sohandsouza]

⚛️⚛️⚛️🔒🚲 - #bikeRack #cycling #caffeine #coffee #molecule #molecularStructure #chemistry #art #sculpture #publicArt #KendallSquare #MIT #CambridgeMA #Boston (at Clover Food Lab - KND) https://www.instagram.com/p/CSnS6J1Lcgv/?utm_medium=tumblr

[1vv4]

#分子構造 #メタン #CH4 #methane #molecule #molecularstructure #molecular #分子 #ガチャガチャ #ガチャ #カプセルトイ #ガシャポン #Gachagacha #plastic #capsuletoy #ueno #上野駅 #Uenostation #日本 #Japan #東京 #Tokyo #ivvaDOTinfo #ivva (上野駅) https://www.instagram.com/p/CP5td9eHGFH/?utm_medium=tumblr

[micro2macro]

D O R O T H Y  H O D G K I N  

i n  t h e  1 9 2 0 s 

‘ at the sir john leman school in beccles, england, dorothy crowfoot hodgkin and her friend norah pusey, were the only two  girls in the chemistry class. they had to petition to take chemistry  rather than ‘domestic science’ with the other girls. ‘

in 1964 she won the nobel prize in chemistry.

[omochajournal]

ストローとラッピングタイで作ったゼオライト(zeolite)の分子構造模型

[hayonlineblog]

Love crystals! From personal knowledge of their healing me is why those mistaken on God's creation get ignored. - Nancy F Credit to @sacred_sculptures : Shoutout @spiritscienceofficial for simplifying this wisdom so that people like @orgonizedexistence and I can easily pass it on🤗🙏 • • • #gwentowers #chemtrails #electromagneticfrequencies #emfprotection #orgonite #wilhelmreich #orgone #prana # chi #lifeforce #energy #energyhealing #spiritual #science #quartz #molecularstructure #piezoelectric #abundance #manifest #reality

[atomstalk]

Let us get to know more about this equation 👇👇 . What does it mean? Describes patterns in time as a function of frequency. . History: Joseph Fourier discovered the equation, which extended from his famous solution to a differential equation describing how heat flows, and the previously described wave equation. . Importance: The equation allows for complex wave patterns, like music, speech, or images, to be broken up, cleaned up, and analyzed. This is essential in many types of signal analysis. Modern use: Used to compress information for the JPEG image format and discover the structure of molecules. . Follow @atomstalk Follow @atomstalk . ~~~~~~~~~~~~~~~~~~~~~~~~~~~ 👇Tag someone interested🔖⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣ ���� Save to watch this daily ⏰⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣⁣ 🤝 Share with the interested😃⁣ ⁣⁣ ~~~~~~~~~~~~~~~~~~~~~~~~~~~ . . #fourier #fouriertransform #equations #equation #physics #physicsstudent #mathematics #mathematician #physicists #physicsclass #wavepattern #signals #waveanalysis #molecularstructure https://www.instagram.com/p/CAemjPeDJtT/?igshid=1lrpihphkck0d

[verolynne]

Well @frotter asked me to #label the #sugar... he didn’t specify *how* I should label it! So maybe only #organicchemistry nerds will be guaranteed to read it, but that’s hardly my fault, is it? 🧐#molecule #molecularstructure (at Regina, Saskatchewan) https://www.instagram.com/p/B7Cgo7Gnc-V/?igshid=1mai9jzny9awc

[revjamestat]

#madscientisttattoo #moderndayalchemy #molecularstructure #issues #vagabondtattoo #lafayettetattooartist (at Lafayette, Louisiana) https://www.instagram.com/p/B16D_kABSPw/?igshid=1t746t9cogma4

[inspireuplift]

For just $19.97 Cute and quirky, our Serotonin Molecule Necklace is a unique charm necklace representing the molecular structure of Serotonin- the 'feel good' hormone. Serotonin is a natural mood regulator and can make you feel emotionally stable, less anxious and more tranquil. It's also associated with helping you feel more focused and energetic! This necklace is the perfect gift for any scientist, student, science enthusiast or friend. Who knew chemistry could be so much fun! Made from your choice of gold plated or silver plated metal, this Serotonin Molecule Necklace is sure to be a favorite jewelry accessory!

[alishaaishu2000]

Hybridization

Hybridization is the concept in chemistry where atomic orbitals mix to form new, equivalent hybrid orbitals. This mixing allows atoms to form stronger and more stable covalent bonds in molecules. Common types include sp, sp², and sp³ hybridization, which explain the shapes and bonding properties of molecules such as ethyne (C₂H₂), ethene (C₂H₄), and methane (CH₄), respectively. Hybridization is crucial for understanding molecular geometry, bond angles, and the structure of organic and inorganic compounds.

International Chemistry Scientist Awards

Website: chemistryscientists.org

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#sciencefather#researchawards#Professor,#Lecturer,#Scientist,#Scholar,#Researcher#Hybridization #MolecularGeometry #sp3 #sp2 #spHybridization #ChemicalBonding #Orbitals #OrganicChemistry #InorganicChemistry #ChemistryEducation #CovalentBond #MolecularStructure #ChemistryFacts #ScienceExplained #LearnChemistry #ChemistryLovers

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[patchgame]

Caffeine Patch by @majorcrimesdivision. Available now, shop link in their bio. Caffeine, the addiction is strong with this cult classic inspired patch. TETSUO! . . . . . #californiamcd #akira #coffee #caffeine #coffeebeans #MCD #anime #goodforhealth #patch #patches #patchgame #drink #patchlife #patchjacket #bad #coffeelover #aroma #patchcollection #molecular #patchcollector #embroidery #patchesofIG #caffeinelover #molecularstructure #water #kaneda #embroideredpatchesofIG #patchesofinstagram #coffeesnobs #majorcrimesdivision https://www.instagram.com/p/CCE3HOiAhPp/?igshid=1wnsdxzjyv3w

[1vv4]

#分子構造 #水素 #H2 #water #molecule #molecularstructure #molecular #分子 #原子 #atom #ガチャガチャ #ガチャ #カプセルトイ #ガシャポン #Gachagacha #plastic #capsuletoy #ueno #上野駅 #Uenostation #日本 #Japan #東京 #Tokyo #ivvaDOTinfo #ivva (上野駅) https://www.instagram.com/p/CUIFYQHBov2/?utm_medium=tumblr

[benzene-ring-society]

                             Benzene-Lord of The Ring 

 Benzene (BEN-zeen) is a clear, colorless liquid with an aromatic (fragrant) odor. It occurs in coal and petroleum, from which it is extracted for commercial use. Benzene is very flammable, burning with a smoking flame. The compound was discovered in 1825 by the English chemist and physicist Michael Faraday (1791–1867), who gave the compound the name of bicarburet of hydrogen. It was given its modern name of benzene (benzin, at the time) by the German chemist Eilhardt Mitscherlich (1794–1863). The chemical structure of benzene remained one of the great mysteries in chemistry for nearly half a century. The compound’s formula, C6H6, suggests that it contains three double bonds. A double bond consists of four electrons that hold two atoms in close proximity to each other in a molecule. Yet benzene has none of the chemical properties common to double-bonded substances. The solution to this problem was suggested in 1865 by the German chemist Friedrich August Kekule´ (1829–1896). Kekule´ suggested that the six carbon atoms in the benzene molecule are arranged in a ring, with one hydrogen atom attached to each carbon. The ring itself consists of three double bonds and three single bonds, alternating with each other in the ring. The fact that the double bonds in benzene do not act like double bonds in other compounds was explained by the German chemist Johannes Thiele (1860–1935), who suggested that the bonds in benzene shift back and forth between single and double bonds so rapidly that they are not able to behave like typical double bonds. Chemists now use a variety of chemical formulas for representing the character of chemical bonds in benzene.   Benzene is a very popular raw material for a variety ofindustrial chemical reactions. In 2004, U.S. manufacturersproduced 8.8 million metric tons (9.7 million short tons) ofbenzene, placing it in twelfth place among all chemicalsmade in the United States that year.  At one time, benzene was obtained from coal tar, thethick gooey liquid left over after soft coal is converted tocoke. This method has now been largely replaced by a varietyof methods that use crude oil or refined petroleum as a rawmaterial. In the most popular of these methods, toluene(C6H5CH3) from petroleum is heated over a catalyst of platinummetal and aluminum oxide (Al2O3). The toluene loses itsmethyl group (-CH3), leaving benzene as the primary product.Other methods are available for changing the molecularstructure of hydrocarbons found in petroleum and convertingthem to benzene.   By far the most important use of benzene is as a rawmaterial in the synthesis of other organic compounds.More than 90 percent of the benzene produced in theUnited States is used to make ethylbenzene (55 percent),cumene (24 percent), and cyclohexane (12 percent). Thefirst two compounds rank fifteenth and twentieth, respectively,among all chemicals produced in the United Stateseach year. Another five percent of benzene production goesto the synthesis of a large variety of other organic compounds,including nitrobenzene, chlorobenzene, and maleicanhydride, a raw material for the manufacture of plastics.Smaller amounts of benzene are used as a solvent forcleaning purposes, in chemical reactions, and as a gasolineadditive.   As with most chemicals, benzene can enter the bodyin one of three ways: through the skin, the nose, or thethroat. People who handle or work with benzene in theirworkplaces are at greatest risk of exposure to benzeneand should take precautions in working with the material.Because of its serious health hazards, benzene is nolonger included in most materials with which the averageperson comes into contact. On those occasions when aperson does come into contact with benzene, first aidand medical attention should be sought for treatment ofthe exposure.   The health effects of exposure to liquid benzene orbenzene fumes depends on the amount of benzene takeninto the body. The most common symptoms of benzeneexposure include irritation of the mucous membranes, convulsions,depression, and restlessness. At greater doses, aperson may experience respiratory failure, followed bydeath. Even at low concentrations, benzene can cause longtermeffects for people who are regularly in contact withthe compound. The most important of these effects arecarcinogenic. Benzene is known to cause damage to bonemarrow, resulting in a form of cancer of the blood known asleukemia.

[omochajournal]

ストローでカーボンナノチューブ

[adornthehunter]

DNA Rings available in the shop. www.AdorntheHunter.com Worldwide Shipping #dna #molecularbiology #molecularstructure #science