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Water Molecules while Heating 😛😂 #chemistry #watermolecules #instafun #reels #chemistrymemes #chemistrylove #chemistryisfun #learning #bts #researchlife #funnyvideos #funnyreels #funnymeme https://www.instagram.com/reel/CVcJXsJD7yD/?utm_medium=tumblr

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When hydrogen peroxide is mixed with potassium permanganate, oxygen gas and water vapour are formed, according to the reaction:- 2MnO4 +3H2O2 -----------> 2MnO2+2H2O+3O2+2OH− This reaction is spontaneous, and exothermic. It is an example of a redox reaction. Video Credit :- @franklinchemistry #chemistry #Fun # Science #emiwaybantai https://www.instagram.com/reel/CVFrfYBDfUY/?utm_medium=tumblr

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Green Fluroscence from a red solution😍😍😍 Video by - @chembiolhun #fluroscentgreen #flurofriday #chemical_sciences #colourful_chemistry #research #sciencereels #colours #organicchemistry https://www.instagram.com/reel/CVXDbYVDPP3/?utm_medium=tumblr

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Happy Mole Day ! We celebrate Mole day on 23rd of the 10th Month in honour of Avogadro's Number 🤗 #avogadrosnumber #moleday2021 #chemistry #science #chemists_are_cool😎 https://www.instagram.com/p/CVX6nEwM3lU/?utm_medium=tumblr

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🔴Spider Silk has long held the record for being the strongest biomaterial on Earth -- but that just changed. Scientists at KTH Royal Institute Of Technology (Daniel Soderberg) used wooden nanofiberes to create a new biomaterial that is even stronger than spider silk. Researchers "densified" wood to turn an already strud material into a superwood that is as strong as a steel. This material is made from cellulose nanofibres that are sourced from wood and plant body having tensile stiffness of 86 gigapascals (GPa) and a tensile strength of 1.57 GPa. This biodegradable material is stronger than steel and can stretch upto 20 times its unaltered size without losing its strength. For more such posts follow @che_mystery_unfolded #chemistry #chemical_sciences #Facts #sciencemajor  #dailyscience #scicomm  #jee #neet #csirnet #gate  #chemistryboys #chemistryday #chemistry_major #organic_chemistry #chemistryiscool  #chemical_reactions #chemistry_is_awesome #chemistry_lab #chemistry_experiments #chemical_locha #chemical_hearts #chemistry_is_passion #chemistry_problems  #chemistry_solutions https://www.instagram.com/p/CMpc_ggDpO4/?utm_medium=tumblr

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A fluorophore is a component of a molecule that makes it fluorescent. This is extremely powerful tool for contrast in microscopic images, this fluorophore glows when UV light is applied. . . For more such posts follow @che_mystery_unfolded Follow + Like + Comment + Share ➡️📩⬆️ . . #che_mystery_unfolded . . Note: Any problem dm me 📩 . . Turn On the Notification Post ➡️📩⬆️ . #chemistry #chemical_sciences #sciencemajor  #dailyscience #scicomm  #jee #neet #csirnet #gate  #chemistryboys #chemistryday #chemistry_major #organic_chemistry #chemistryiscool  #chemical_reactions #chemistry_is_awesome #chemistry_lab #chemistry_experiments #chemical_locha #chemical_hearts #chemistry_is_passion #chemistry_problems  #chemistry_solutions #chemistry_addict #chemistry_lesson https://www.instagram.com/reel/CNmFw-rDokx/?utm_medium=tumblr

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🔸️Around 5th Millenium BC. Iran may have been the first civilization to make Bronze. Bronze was harder and more durable for making tools and weapons than copper and stone. Bronze exibits low friction against other metals. Unlike steel, striking bronze against a hard surface won't genrate sparks. This makes bronze useful as a metal used around flammable or explosive materials. For more such posts follow @che_mystery_unfolded Follow + Like + Comment + Share ➡️📩⬆️ #che_mystery_unfolded Note: Any problem dm me 📩 Turn On the Notification Post ➡️📩⬆️ #bronze #irán #iranianfacts #chemistry #chemical_sciences #sciencemajor  #dailyscience #scicomm  #jee #neet #csirnet #gate  #chemistryboys #chemistryday #chemistry_major #organic_chemistry #chemistryiscool  #chemical_reactions #chemistry_is_awesome #chemistry_lab #chemistry_experiments #chemical_locha #chemical_hearts #chemistry_is_passion #chemistry_problems  #chemistry_solutions #chemistry_addict #chemistry_lesson https://www.instagram.com/p/COFI3CVj76r/?utm_medium=tumblr

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♦Mustard gas, also known as DICHLORODIETHYL SULFIDE or Bis(2-chloroethyl) sulfide was discovered in 1822 by Cesar- Mansuete Despretz, who described the reaction between sulphur dichloride and ethylene, but never mentioned any irritating symptoms or properties of the product. ♦ It is Cytotoxic and was widely used as a chemical warfare agent during World War I and Iran- Iraq conflict. It smells like garlic, onions and is a powerful irritant and blistering agent that damages the skin, eyes and respiratory tract. It can be readily decontaminated through reaction with Chloramine - T. ♦Related chemical compounds with similiar chemical structure and similiar properties form a class of compounds known collectively as sulfur mustards or mustard agents. Pure sulfur mustards are colourless, viscous liquids at room temperatures so it is technically not a gas. ♦Mustard gas is involved in various synthesis and reactions in chemistry. For more such posts follow @che_mystery_unfolded #chemistry #chemical_sciences #mustard_gas #sciencemajor  #dailyscience #scicomm  #jee #neet #csirnet #gate  #chemistryboys #chemistryday #chemistry_major #organic_chemistry #chemistryiscool  #chemical_reactions #chemistry_is_awesome #chemistry_lab #chemistry_experiments #chemical_locha #chemical_hearts #chemistry_is_passion #chemistry_problems  #chemistry_solutions #chemistry_addict #chemistry_lesson https://www.instagram.com/p/CPvi_XkD_T5/?utm_medium=tumblr

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Chemistry involved in Pepper Spray 👀 🔶To prepare a pepper spray from hot pepper, chemists finely grind up a whole bunch of peppers from the Capsicum family. To extract the capsaicin from the fine powder Ethanol is genrally used. Once the capsaicin has been extracted, most of the ethanol is evaporated off, leaving behind a sticky oily residue, more formally known as oleoresin capsicum. This residue is mixed with propylene glycol and water. The propylene glycol causes the capsaicin to form little droplets that mix throughout the water, making a capsaicin/water emulsion. Think of it like an oil and vinegar salad dressing -- except with smaller droplets designed to inflict pain. It’s then packaged into a spray can with a propellant and boom--pepper spray. For more such posts follow @che_mystery_unfolded Follow + Like + Comment + Share ➡️📩⬆️ . . #che_mystery_unfolded . . Note: Any problem dm me 📩 . . Turn On the Notification Post ➡️📩⬆️ . #pepper_spray #chemistry #chemical_sciences #sciencemajor  #dailyscience #scicomm  #jee #neet #csirnet #gate  #chemistryboys #chemistryday #chemistry_major #organic_chemistry #chemistryiscool  #chemical_reactions #chemistry_is_awesome #chemistry_lab #chemistry_experiments #chemical_locha #chemical_hearts #chemistry_is_passion #chemistry_problems  #chemistry_solutions #chemistry_addict #chemistry_lesson https://www.instagram.com/p/CP7vag-jqDB/?utm_medium=tumblr

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🔶Polytetrafluoroethylene(PTFE) ▶For nearly about 80 years our lives have been everyday improved by this resin called Polytetrafluoroethylene, or PTFE. PTFE was Discovered completly by accident on 6th April 1938 by Dr. Roy Plunkett and two other dupont chemists.The story began when Dr. Roy J. Plunkett was working with gases related to refrigerants. After checking a frozen, compressed sample of tetrafluoroethylene, he and his associates made an unexpected discovery: The sample had polymerized spontaneously into a white, waxy solid to form polytetrafluoroethylene (PTFE). PTFE is inert to virtually all chemicals and considered the most slippery material in existence, making it one of the most valuable, versatile technologies invented. Apart from its usage as non stick coating in bakeware it is also used in many industries—aerospace, communications, electronics, industrial processes, and architecture. For more such posts follow @che_mystery_unfolded #chemistry #chemical_sciences #sciencemajor  #dailyscience #scicomm  #jee #neet #csirnet #gate  #chemistryboys #chemistryday #chemistry_major #organic_chemistry #chemistryiscool  #chemical_reactions #chemistry_is_awesome #chemistry_lab #chemistry_experiments #chemical_locha #chemical_hearts #chemistry_is_passion #chemistry_problems  #chemistry_solutions #chemistry_addict #chemistry_lesson https://www.instagram.com/p/CP-YFhdDQ5j/?utm_medium=tumblr

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🔶Ballistic composite materials are used in a wide variety of Armour applications, including Military and law inforcement vests, helmets and vehicle armour as it contains high strength fibres. 🔶Ballistic materials are usually rigid, but may be supple. They may be complex such as Kevlar, UHMWPE(ultra high molecular weight polythene), Lexan or Carbon filter composite materials or they may be basic or simple such as Steel or Titanium. 🔶For past few decades, para- aramid fibres and UHMWPEs have been the standard bearers in ballastic textiles. But the changing nature of warfare and the need to increase mobility while improving protection are challenging for the industry to step up pace of innovation. Much research is needed to create lighter weight fabrics that do better job at blocking damage from high power rifles, IED fragments etc. 🔶In aerospace applications, ballistic materials protect the body of the space craft Or Aircraft Or external objects when it is flying at high velocity. For more such posts follow @che_mystery_unfolded Follow + Like + Comment + Share ➡️📩⬆️ . . #che_mystery_unfolded . . Note: Any problem dm me 📩 . . Turn On the Notification Post ➡️📩⬆️ . #indian_army🇮🇳 #army #chemistry #chemical_sciences #sciencemajor  #dailyscience #scicomm  #jee #neet #csirnet #gate  #chemistryboys #chemistryday #chemistry_major #organic_chemistry #chemistryiscool  #chemical_reactions #chemistry_is_awesome #chemistry_lab #chemistry_experiments #chemical_locha #chemical_hearts #btsarmy #chemistry_is_passion #chemistry_problems  #chemistry_solutions #chemistry_addict #chemistry_lesson https://www.instagram.com/p/CQGrCtvjKrw/?utm_medium=tumblr

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Fluorescent Nylon-6,6 Synthesis. Hexamethylene Diamine reacts with Adipic acid to form Nylon-6,6. Both compounds have a 6 unit long carbon backbone hence named Nylon -6,6. The reactants are dissolved in solvents of different polarity among which a small film of nylon forms. The film can be pulled as shown- leaving room for more Nylon- 6,6 to form. The fluoroscence come from fluoroscein which has been added to one of the reactants. 🎥- Nilered . For more such content follow @che_mystery_unfolded Follow + Like + Comment + Share ➡️📩⬆️ . . #che_mystery_unfolded . . Note: Any problem dm me 📩 . . Turn On the Notification Post ➡️📩⬆️ . #chemistry #chemical_sciences#fluorescence #fluorescencefriday #sciencemajor  #dailyscience #scicomm  #jee #neet #csirnet #gate  #chemistryboys #chemistryday #chemistry_major #organic_chemistry #chemistryiscool  #chemical_reactions #chemistry_is_awesome #chemistry_lab #chemistry_experiments #chemical_locha #chemical_hearts #chemistry_is_passion #chemistry_problems  #chemistry_solutions #chemistry_addict #chemistry_lesson https://www.instagram.com/reel/CQPvx2Bjt49/?utm_medium=tumblr

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⏩Self-healing materials are artificial or synthetically-created substances that have the built-in ability to automatically repair damages to themselves without any external diagnosis of the problem or human intervention. Generally, materials will degrade over time due to fatigue, environmental conditions, or damage incurred during operation. ⏩Cracks and other types of damage on a microscopic level have been shown to change thermal, electrical, and acoustical properties of materials, and the propagation of cracks can lead to eventual failure of the material. In general, cracks are hard to detect at an early stage, and manual intervention is required for periodic inspections and repairs. In contrast, self-healing materials counter degradation through the initiation of a repair mechanism that responds to the micro-damage. ⏩The most common types of self-healing materials are polymers or elastomers for example: Poly( urea- urethane), Vitrimers. Information from :- Wikipedia . For more such posts follow @che_mystery_unfolded #self_healing_material #chemistry #chemical_sciences #polymer #sciencemajor  #dailyscience #scicomm  #jee #neet #csirnet #gate  #chemistryboys #chemistryday #chemistry_major #organic_chemistry #chemistryiscool  #chemical_reactions #chemistry_is_awesome #chemistry_lab #chemistry_experiments #chemical_locha #chemical_hearts #chemistry_is_passion #chemistry_problems  #chemistry_solutions #chemistry_addict #chemistry_lesson https://www.instagram.com/p/CQpzOi9jenV/?utm_medium=tumblr

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🔸️Artificial blood could be potentially life-saving in emergency situations. Clinical trials are in progress for their use in specific medical situations that include: Delivery of oxygen after a traumatic brain injury, directly to the injured brain tissue. Providing oxygen after heavy blood loss from injury, while the body stabilizes. Providing oxygen during surgery that may cause significant blood loss. 🔸️In earlier versions compounds of perfluorocarbons were used as artificial blood that could capture oxygen in the lungs, but then would not effectively release the oxygen after travelling out to tissues and organs. There also was an unintended reaction between "naked" haemoglobin and nitric oxide, a substance released by the lining of blood vessels that allows the vessels to relax and open up.The haemoglobin consumes that molecule and causes a constriction of the blood vessels. When they tried to put naked haemoglobin into the bloodstream, it caused heart attacks and strokes. 🔸️Polymer coating The synthetic polymer coating of the latest artificial blood cell appears to solve both these problems. The coating was developed by the study's lead researcher, Dipanjan Pan, an assistant professor of bioengineering with the University of Illinois at Urbana-Champaign. The surface chemistry of the polymer reacts to the pH level of blood as it travels through the body. It captures oxygen when blood pH is high, and releases oxygen when blood pH is low. "Blood pH is high in the lungs, is low in tissue, and is even lower in tissue that doesn't have enough oxygen. By linking oxygen affinity to blood pH, it imitates the behaviour of a normal red cell. The polymer coating also keeps the haemoglobin from reacting with nitric oxide in the bloodstream, thus preventing dangerous constriction of the blood vessels. There's also one more benefit – because the polymer coating is "immune silent," the artificial blood can be used in anyone regardless of blood type. #artificial_blood #chemistry https://www.instagram.com/p/CR6MIhoDDvV/?utm_medium=tumblr

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🔸️August Kekule For more such posts follow @che_mystery_unfolded Follow + Like + Comment + Share ➡️📩⬆️ . . #che_mystery_unfolded . . Note: Any problem dm me 📩 . . Turn On the Notification Post ➡️📩⬆️ . #augustkekulé #chemistry #chemical_sciences #sciencemajor  #dailyscience #scicomm  #jee #neet #csirnet #gate  #chemistryboys #chemistryday #chemistry_major #organic_chemistry #chemistryiscool  #chemical_reactions #chemistry_is_awesome #chemistry_lab #chemistry_experiments #chemical_locha #chemical_hearts #chemistry_is_passion #chemistry_problems  #chemistry_solutions #chemistry_addict #chemistry_lesson https://www.instagram.com/p/CThe4W0MBMU/?utm_medium=tumblr

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World Ozone Day #Ozone #september16th #che_mystery_unfolded https://www.instagram.com/reel/CT4xfU3juvL/?utm_medium=tumblr

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Alkaloids extracted from a large amount of seed of peganum harmala when poured in a solvent under ultraviolet light. These alkaloids which show fluoroscence in the blue lamda max contain harmalin, harmin, harmalol and norharmin all of which have hallucinogic and telepathic properties. Credit - @chemistry.shz https://www.instagram.com/reel/CUfk2taDx5k/?utm_medium=tumblr