Pls make me famus much work was put into this #bio #biology #for #study #trending
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TikTokreceptortyrosinekinase
Pls make me famus much work was put into this #bio #biology #for #study #trending
#1 Bio Lovers🧫🧫🧬(@receptortyrosinekinase). original sound - ☆•mokamimii•☆. Pls make me famus much work was put into this #bio #biology #for #study #trending
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Aerated water can be far more dangerous than it looks. When large amounts of air are pumped into water, like in wastewater treatment plants, dams, or industrial aeration tanks, the mixture becomes less dense. Because buoyancy depends on water density, heavily aerated water provides significantly less lift, making it extremely difficult to float or tread water. Even strong swimmers can struggle to stay above the surface. This is why specialized rescue teams train in aeration environments to prepa
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⚠️ WARNING: CHEMISTRY DEMONSTRATION – DO NOT ATTEMPT WITHOUT SUPERVISION ⚠️ In this experiment, we observe a fascinating chemical reaction between sugar (sucrose) and concentrated sulphuric acid (H₂SO₄). This is a powerful dehydration reaction, where sulphuric acid removes water molecules from sugar, leaving behind pure carbon. When the acid is added to sugar, the reaction is extremely exothermic (releases a lot of heat). The mixture quickly darkens, expands, and forms a black, porous mass of ca
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⚠️ WARNING: CHEMISTRY DEMONSTRATION – DO NOT ATTEMPT WITHOUT SUPERVISION ⚠️ In this experiment, we observe a fascinating chemical reaction between sugar (sucrose) and concentrated sulphuric acid (H₂SO₄). This is a powerful dehydration reaction, where sulphuric acid removes water molecules from sugar, leaving behind pure carbon. When the acid is added to sugar, the reaction is extremely exothermic (releases a lot of heat). The mixture quickly darkens, expands, and forms a black, porous mass of ca
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Aerated water can be far more dangerous than it looks. When large amounts of air are pumped into water, like in wastewater treatment plants, dams, or industrial aeration tanks, the mixture becomes less dense. Because buoyancy depends on water density, heavily aerated water provides significantly less lift, making it extremely difficult to float or tread water. Even strong swimmers can struggle to stay above the surface. This is why specialized rescue teams train in aeration environments to prepa
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Aerated water can be far more dangerous than it looks. When large amounts of air are pumped into water, like in wastewater treatment plants, dams, or industrial aeration tanks, the mixture becomes less dense. Because buoyancy depends on water density, heavily aerated water provides significantly less lift, making it extremely difficult to float or tread water. Even strong swimmers can struggle to stay above the surface. This is why specialized rescue teams train in aeration environments to prepa
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TikTokbruhmomentummoment
⚠️ WARNING: CHEMISTRY DEMONSTRATION – DO NOT ATTEMPT WITHOUT SUPERVISION ⚠️ In this experiment, we observe a fascinating chemical reaction between sugar (sucrose) and concentrated sulphuric acid (H₂SO₄). This is a powerful dehydration reaction, where sulphuric acid removes water molecules from sugar, leaving behind pure carbon. When the acid is added to sugar, the reaction is extremely exothermic (releases a lot of heat). The mixture quickly darkens, expands, and forms a black, porous mass of ca
0:08
⚠️ WARNING: CHEMISTRY DEMONSTRATION – DO NOT ATTEMPT WITHOUT SUPERVISION ⚠️ In this experiment, we observe a fascinating chemical reaction between sugar (sucrose) and concentrated sulphuric acid (H₂SO₄). This is a powerful dehydration reaction, where sulphuric acid removes water molecules from sugar, leaving behind pure carbon. When the acid is added to sugar, the reaction is extremely exothermic (releases a lot of heat). The mixture quickly darkens, expands, and forms a black, porous mass of ca
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this was such a fun collab with @futuresocietyofficial ☁️☁️☁️ The story of this perfume is so cool! They flew on a plane to collect microbes from the clouds and translated their scent molecules into a fragrance. They identified 13 microbes that produced 57 scent molecules! The final scent came out to be sweet, airy and fresh. I love it! ☁️ What I love most is how much this overlaps with what astronomers actually do. We use telescopes spectroscopy to detect molecules in distant worlds, from exopl
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