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The world of polymers is built on the humble Acrylic Monomer, a fundamental chemical building block that serves as the backbone for an incredible array of products we use every day. From the glossy finish on a car to the durable adhesive on a sticker, acrylic monomers are the essential ingredients. They are highly reactive molecules that polymerize to form acrylic resins, known for their exceptional transparency, weather resistance, and strength. These properties make them invaluable in diverse sectors, including paints and coatings, adhesives, construction materials, and even medical devices. The versatility of acrylic monomers allows chemists to precisely tailor the final polymer's properties, from a hard, rigid plastic to a soft, flexible film, simply by adjusting the type and ratio of the monomers used.

A global leader in this field, Mitsubishi Chemical Corporation (MCC), is constantly innovating to meet growing demand while addressing sustainability concerns. A notable development for…

White to move, mate in 3

🥚 + 🥚 + 🥚 = 18

🥚 + 🥓 + 🥓 = 24

🥓 + ☕ + ☕ = 15

🥚 + 🥓 × ☕ = ❓

A man and a woman go to a restaurant. The woman orders 5 drinks with ice and finishes them quickly. The man has one drink slowly. Later, the man dies of poisoning.

How did the woman survive if all drinks had poison?

A man walks into a club. The bouncer says “12” — the man replies “6” and is let in.

Next, bouncer says “6” — man says “3”, allowed in.

You walk up. Bouncer says “8”.

What do you say?

You have 12 identical-looking balls. One is either heavier or lighter. You can only use a balance scale 3 times.

Can you find the odd ball?