#MOLECULAR
Formula first, everything else second.
Molecular Company spends more budget on formulation than marketing, focusing on effective ingredients.
That’s why they even chose a duplicate SRK for promotion!
Their sunscreen contains 5% Niacinamide for skin barrier support, 3% Licorice for brightening, 3% Panthenol for hydration, and 1% Birch Sap to soothe and moisturize skin.
Comment Link to buy this powerful sunscreen
Comment for the link 🔗
Disclaimer: This content features model Ibrahim Quadir, engaged with full and exclusive usage rights for this campaign. No other individual, celebrity, or third-party likeness has been used, referenced, or implied. Any perceived resemblance to any public figure is unintentional and coincidental. Molecular does not claim, imply, or suggest any celebrity endorsement or affiliation.
Celebrity marketingಗಿಂತ formula & R&D ಮೇಲೆ focus! 🔬✨
Molecular Sunscreen — non-sticky, brightening & clinically tested. ☀️🧴
Link ಬೇಕಿದ್ರೆ “100” ಅಂತ comment ಮಾಡಿ
#banglore
#mysore #kannada #tech_withviji
Luminescent Transformation of Molecular Elements 🌈
#laboratory #chemistry #artscience #lablife🔬
Let's break down a classic chemistry concept: The Neutralization Reaction! 🧪 Watch what happens at the molecular level when Hydrochloric Acid (HCl) meets Sodium Hydroxide (NaOH). Salt, water, and science in action! 💧🔬 Perfect for your Class 10 Science revision. Save this reel for exam time! 📚✨
Molecular Company chose formulas over filters—and celebrities got roasted along the way 😂🔥
#molecularcompany #formulafirsteverythingelsesecond
Phosphoric Acid (H3PO4) is poured onto a heavily corroded lab faucet. The acid aggressively attacks the Iron(III) oxide (rust), breaking its molecular bonds.
This is a real chemical dissolving process, converting flaky rust into soluble Iron(III) phosphate, exposing the raw metal underneath with natural fluid dynamics
سكب حمض الفوسفوريك (H3PO4) فوق حنفية مختبر تحوي صدأ، يتفاعل الحمض مباشرة مع أكسيد الحديد (Fe2O3).
النتيجة ليست مسحاً رقمياً، بل هو تفاعل إذابة حقيقي حيث يتحول الصدأ الهش إلى مركب فوسفات الحديد الذائب، ليعود المعدن النظيف للظهور من جديد بفعل فيزياء السوائل والتآكل الحمضي!
#إزالة_الصدأ #حمض_الفوسفوريك #تفاعلات_كيميائية
An ideal gas is a theoretical gas that perfectly follows the ideal gas law, while a real gas is an actual gas that shows deviations from ideal behavior due to molecular size and intermolecular forces.
genui{"chemistry_learning_block":{"type_id":"PV_NRT_EQUATION"}}Ideal Gas Real Gas
Hypothetical gas Exists in nature
Molecules have no volume Molecules occupy finite volume
No intermolecular forces between molecules Attractive and repulsive intermolecular forces exist
Obeys the ideal gas law under all conditions Deviates from the ideal gas law, especially at high pressure and low temperature
Compressibility factor (Z) = 1 Compressibility factor (Z) ≠ 1
Cannot be liquefied Can be liquefied by cooling and compression
Examples: None (model only) Examples: Oxygen (O₂), Nitrogen (N₂), Carbon dioxide (CO₂), Helium (He)
Why do real gases deviate from ideal behavior?
At high pressure: Gas molecules are closer together, so their own volume and intermolecular attractions become significant.
At low temperature: Molecules move more slowly, making attractive forces more important.
When do real gases behave like ideal gases?
Real gases behave approximately like ideal gases when:
Pressure is low
Temperature is high
Under these conditions, the molecules are far apart and intermolecular forces become negligible.
In one sentence:
Ideal gas: A simplified model with no molecular volume or intermolecular forces.
Real gas: An actual gas whose molecules have volume and interact with each other, causing deviations from ideal behavior.
Acne marks, dark spots aur pigmentation se pareshan? ✨
Sirf ₹8/day mein apni skincare routine ko upgrade karo! 💙 This Molecular 10% Niacinamide Serum comes with innovative white beads that melt on your skin to release fresh Niacinamide, helping reduce excess oil, fade acne marks, improve skin texture, and support a healthy glow. 🙌
✔️ 10% Fresh Niacinamide
✔️ 2% Salicylic Acid
✔️ Lightweight & Dermatologically Tested
✔️ Suitable for everyday use
Comment “LINK” 👇 and I’ll DM you the product link!
#NiacinamideSerum #Skincare #AcneMarks #DarkSpots Pigmentation GlowingSkin Niacinamide SalicylicAcid SkincareRoutine IndianSkincare #affordableskincare SkincareReels HealthySkin SkincareTips
Flowchart of all molecular biology 🧫
#ugcnet #csirnet #csir #lifescience #viral
Methylene chloride (CH_Clz) and acetone (CзH6O) can act as powerful paint-removing solvents by attacking coatings at the molecular level, as methylene chloride penetrates and disrupts the polymer structure of many paints, causing them to swell, blister, and lift from the surface, while acetone helps dissolve resins and other binding components to speed up the stripping process, making the combination effective against tough finishes; however, both substances are highly volatile and can pose serious health risks through inhalation or skin contact, so strict safety measures-such as working in well-ventilated areas, using appropriate protective equipment, and tollowing local regulations-are essential when handling these chemicals.
Dm for credit
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#sciencestudent #knowledge #experiment #chemical #science
That tiny “walking” protein is called kinesin.
Kinesins are molecular motors found inside our cells. They move along microscopic tracks called microtubules, carrying important cargo such as proteins, vesicles, and other cellular materials to where they’re needed.
They’re powered by ATP, the molecule cells use as an energy source. With each cycle of ATP use, kinesin changes shape and takes another tiny step along the microtubule.
In neurons, this transport system is especially important because materials sometimes need to travel enormous distances relative to the size of a cell.
So no, kinesin isn’t literally carrying happiness—but billions of these tiny molecular machines are constantly working inside you to keep your cells functioning.
Science is happening at an incredible scale inside you every second. 🔬
#science #knowledge #learning
Inside every one of your cells, kinesin proteins act as tiny molecular delivery workers. They literally walk along microscopic tracks called microtubules, carrying critical cargo to exactly where it’s needed.
Each kinesin moves hand-over-hand, almost like a person taking microscopic steps. It hauls nutrients, organelles, and chemical signals across distances that are massive on a cellular scale.
So every time you think, move, learn, or feel joy, millions of these molecular workers are behind the scenes. They keep your cells organized and your brain running smoothly, one step at a time... #brainfacts #sciencefacts #nevergiveupneversurrender
