Astrox.physics

This video showcases a mosquito coil — a spiral-shaped insect repellent commonly used in many countries.
The coil is made from powdered materials mixed with insect-repelling compounds. Once ignited, it burns slowly from the outer edge inward, releasing smoke that interferes with mosquitoes’ sensory systems and keeps them away.
The spiral design is efficient because it maximizes burn time while remaining compact. Despite being a very old invention, mosquito coils are still widely used due to their low cost and effectiveness.

Follow for more videos..

This video shows elementary school students participating in a practical science activity where they build and launch model rockets.
The experiment teaches core scientific concepts like air pressure, propulsion, stability, and flight mechanics in an engaging way. By combining education with hands-on experiments, students can better understand physics and engineering principles.
Interactive learning like this encourages creativity, teamwork, and curiosity about science and space technology from a young age. 🚀

Follow for more videos..

This video shows an advanced traffic management system using movable road barriers. These barriers are mounted on automated machines that can reposition them based on traffic demand.

During rush hours, the system creates more lanes in the direction with heavy traffic, improving flow without expanding infrastructure.

It’s a cost-effective and intelligent solution used in some cities to manage congestion dynamically. Instead of static roads, this represents the future of adaptive transportation systems.

Follow for more videos..

This video showcases a large-scale water vortex experiment, likely designed for studying fluid dynamics and flow control systems. The circular structure creates a powerful whirlpool by forcing water to rotate rapidly, forming a deep central suction zone.
Such systems are used to simulate real-world scenarios like ocean currents, flood control, and drainage efficiency. Engineers can analyze how objects behave under extreme water pressure and rotational force.
While it looks like a “black hole,” it’s actually a controlled experiment demonstrating how physics and engineering can replicate complex natural phenomena.

Follow for more videos..

The video shows a modern chimney cleaning technique where compressed air is used to remove soot buildup from inside the chimney. Instead of using brushes or climbing inside, a machine is attached to the opening, and high-pressure airflow pushes out all the accumulated dust and residue.
This method reduces cleaning time, improves safety, and ensures deeper cleaning. It’s especially useful in colder regions where chimneys are used frequently and require regular maintenance.
It’s a perfect example of how simple technology can upgrade traditional processes.

DM FOR CREDIT OR REMOVAL

Follow for more videos...