Nutty Scientists London

🔥✨ 'The Magic of Levitating Matches: Unveiling the Illusion!' 🧙♂️🔬

Prepare to be amazed by the simple yet fascinating science behind the levitating match trick! When two matches create the illusion of defying gravity, it's not magic at work, but pure science. 🌟🕯️

The secret lies in the heat. As the match burns, it gets hotter above than below, causing the wood to react with oxygen, shrink, and bend upwards due to the uneven shrinkage caused by the faster reaction on the hotter side.

The spectacle continues as the heads of the matches stick together. This is because the burning process causes the molecules within the match heads to intertwine, creating a bond that keeps them connected even as they burn.

This experiment isn't just a party trick; it's a lesson in chemistry and physics, demonstrating how heat affects materials and how chemical reactions can produce unexpected and mesmerizing results.

Remember, while this experiment is captivating, safety comes first. Always conduct experiments in a controlled environment and with proper precautions.

Dive into a world where science comes alive! Nutty Scientists London offers unforgettable experiences for curious minds of all ages. From interactive workshops to spectacular science shows and hands-on experiments, we make learning fun and engaging. 🧲🧪

Whether it's for schools, birthday parties, or special events, our unique approach to education ignites imagination and inspires a lifelong love for STEM. 🎂🏫

Ready to explore the magic of science? Visit our website in our Bio and book your Nutty adventure today! Let's spark curiosity and create memories that last a lifetime. 🌟

Blast from the past! Remember when we unleashed the power of the Toilet Paper Blaster 3000? A spectacle of science that turned ordinary TP into a streaming, flying spectacle! 🧻✨

This wasn't just fun and games; it was a lesson in air pressure, velocity, and the sheer joy of science in action. The TP Blaster 3000 left everyone in awe and laughter, proving that science can be wildly entertaining and educational. 🌪️🎈

Missed the action? Don't worry, the magic of science never ends. Stay tuned for more mind-blowing experiments and shows that bring the wonders of STEM right to you!

🔥📜 How does this work?? 👇

Ever wondered how something as flammable as paper can become resistant to fire? Let's dive into a fascinating experiment that showcases the surprising behavior of paper when combined with a glass beaker and a flame. 🎇👩🔬

This experiment isn't just magic; it's science at work, specifically the principles of heat transfer and the heat capacity of glass.

The glass beaker absorbs much of the heat from the flame, distributing it evenly across its surface. This prevents any single part of the paper from reaching its ignition temperature quickly. Glass has a high heat capacity, meaning it can absorb a lot of heat before its temperature rises significantly. This property allows the glass to protect the paper from catching fire immediately.

While the paper does eventually catch fire if the heat is applied long enough, this experiment illustrates the importance of materials and their properties in determining how they interact with heat and flame. It's a vivid demonstration of how science can defy our expectations and make us rethink what we know about everyday materials.

Remember, safety first! Always conduct experiments with caution and under adult supervision.

Also, share with a friend 👩‍🔬👉

🔥💧 'The Underwater Flame Experiment: Fire's Fight for Survival!' 🕯️🌊

Prepare to be amazed by the captivating dance between fire and water in our latest experiment! 👀

The Setup 🧪
Light a tea candle and place it in a shallow dish.
Carefully cover the candle with a glass, ensuring a tight seal at the bottom.
Slowly submerge the dish and glass underwater and watch what happens!

The Science Behind It 👩‍🔬
This experiment showcases the principles of combustion, air pressure, and the unyielding spirit of a flame. As the candle burns, it consumes the oxygen inside the glass, creating a vacuum. This vacuum prevents water from entering the glass, allowing the flame to continue burning underwater, albeit for a limited time until the oxygen is depleted. 🔍🔥

🔥💧 'The Invisible Flame Experiment: Science Behind the Magic!' 🧴✨

Discover the fascinating science behind the invisible flame! In this experiment, we combine hand sanitizer (high in alcohol content), water, and fire to create a flame that's nearly invisible to the naked eye. 🚫🏠 Please do not try this at home.

Why Does This Happen?
Hand sanitizer contains a high percentage of alcohol, which burns with a flame so pale and faint that it's almost invisible in bright light. When ignited, the alcohol in the hand sanitizer combusts, producing water v***r and carbon dioxide, along with heat and light. However, the light emitted is at a wavelength that's barely visible to our eyes, making the flame appear almost transparent.

The Science:
Combustion of Alcohol: Alcohol combustion is a chemical reaction between alcohol and oxygen. It releases energy in the form of heat and light, but the specific properties of alcohol cause it to burn with a very faint blue flame.

Invisible Spectrum: The human eye is sensitive to a range of wavelengths of light, but the flame produced by burning alcohol falls just outside the most sensitive wavelengths, making it hard to see, especially in well-lit conditions.

This experiment is a captivating demonstration of how not all flames are visible and how different substances burn in unique ways. It's a reminder of the hidden wonders of science that surround us and the importance of safety when exploring these phenomena.

Remember, DO NOT TRY THIS AT HOME‼️

Science Week is just around the corner, and we're gearing up for a celebration of curiosity, innovation, and fun! 🚀🎈 Dive into this sneak peek of what's in store, with electrifying events and mind-blowing experiments that promise to ignite imaginations of all ages. 🧪💥

Looking for an unforgettable birthday experience? Why not bring the magic of science to your party? 🎂👩🔬 Our hands-on, interactive shows are perfect for young explorers eager to learn and have fun. From bubbling potions to rocket launches, we make every moment count!

Click the link in our bio to book your Nutty Scientists birthday adventure now and celebrate with science! 🌟📅

🎈🔬 'The Balloon Experiment: Vinegar Meets Baking Soda!' 🌋💥

Get ready for a fizz-tastic science adventure right at home! 🏠🧪 Watch what happens when the classic duo of vinegar and baking soda come together under the watchful eye of a balloon. 🎉👀

Here's the Setup:
Mix It Up: Pour vinegar into a bottle.
Add the Magic: Spoon baking soda into the balloon.
Combine: Carefully fit the balloon over the bottle's neck, then lift the balloon, allowing the baking soda to fall into the vinegar.
What Happens Next?
As soon as baking soda meets vinegar, they react to create a fizzy, bubbling concoction that releases carbon dioxide gas. 🌬️💨 This gas has nowhere to go but up, inflating the balloon in a spectacular display of chemical reaction magic! 🎈✨

🚀🌕 'Reflecting on the Historic Artemis 1 Launch: A Leap Towards Lunar Exploration!' 🌌

As we look back on the historic launch of NASA's Artemis 1, we're reminded of the giant leaps taken towards not just revisiting the Moon but setting the stage for a new era of human exploration and presence beyond our Earth. 🛰️👩🚀👨🚀

But did you know that Artemis 1 carried a special payload? Among the various scientific instruments and experiments, it also included a series of... commemorative items and... cultural artifacts...a toy of Shaun the Sheep and Snoopy 😂🐑🐶