Infinite Engineers

Hello Dear Parents & Little Scientist
Infinite Engineers are back with IE Tinker Festival Summer 2023 🎊🎉
A 4-day FREE online camp for Grade 3 to 8 students
🗓️ May 1-4, 2023, ⏳ 11:00 am - 12:30 pm.

Become a creator by experiencing hands-on learning in STEM, Electronics, Science, Paper Plane ⚡
Register Now At: https://bit.ly/ietinkerfest

Dear Vivek Sir,

Thank you for making us laugh every single day. We know that these little thanks cannot be equal to what you have given to us and to this planet.

We promise to fulfil your dream to plant 1 Crore Trees. 🌳

Rest in peace sir ❤

Fire Breathing😃👆

Corn flour is also a carbohydrate like wood. But when we keep it as whole, there will be less surface area and thus there won't be enough oxygen for it to burn.
But on the other hand, if you take it and blow it, the surface area increases and as a result the oxygen supply increases and thus it catches fire.

💯

Don't try this at home

Thermocol Vanished😀👆

Thermocol (Styrofoam) dissolves in acetone in a similar way to how sugar dissolves in water. It is a physical rather than a chemical reaction. The air in the foam leaves, and because thermocol consists mainly of air, when it dissolves in acetone it completely loses its structure. The acetone splits up the long chain of molecules, and the air disappears, causing the volume to shrink radically.

💯

Sugar Free Coke🤔

Is it really sugar free??

Come let's see it..



Regular coke and diet coke both are poured in two different pan and placed over heat. Once they reach boiling point of water, the water slowly begins to evaporate. The pan full once full of regular Coke is left covered in a thick, black slime - a mass of sugar. In contrast, the remnants of the  diet Coke show a small trace of burnt sugar covering barely a quarter of the pan. This experiment has laid bare the reality of just how bad Coke is for you, revealing how much sugar is left behind when you boil off the water – compared to diet Coke

Anti-Explosion😃💥👆

When the can is heat­ed, the air in­side it ex­pands, and some air is forced out. As the wa­ter in the can be­gins to ac­tive­ly evap­o­rate, the form­ing va­por dis­places even more air. The sum of the pres­sures of the re­main­ing air and wa­ter va­por is equal to at­mo­spher­ic pres­sure. When the can is cooled, the pres­sure in­side falls and be­comes low­er than the out­er at­mo­spher­ic pres­sure, which crush­es the can. This ef­fect is en­hanced by the con­den­sa­tion in­side the can.

💯

Balancing Nails😀👆⚖️

Gravity pulls any object toward the center of the Earth as if all of its weight were concentrated at one point. That point is called the center of gravity. Objects fall over when their center of gravity is not supported. For symmetrical objects like a ball or a meter scale, the center of gravity is exactly in the middle of the object. For objects that are not symmetrical, like a bat, the center of gravity is closer to the heavier end.

The stability of the nails depends on their center of gravity being right at or directly below the point where they rest on the bottom nail. So balancing the CG in correct position is enough to balance the nail and that's what happened here!