In this short video, we will take you into a world full of creativity and magic. A sharp knife cuts delicate textures on the surface of a pencil, gradually unraveling a chain and releasing the power of the words contained within. Through this unique engraving process, we liberate words from their inherent boundaries, creating a marvelous experience for the eyes and senses. #shorts #Creative Edge #Pencil Unchaining #Word Sculpting #Magic Power #Unwinding Art #Creative Video #Artistic Creation #Creative Expression #Short Video Creation #Visual Spectacle ... https://www.youtube.com/watch?v=tp242-E9g44

Pencil refills, as ordinary as they may seem, can be turned into something new in the hands of a skilled craftsman! This video shows a kind of creative crafts, with pencil refills carved into a cube, and hollow out a space in the cube, placed a small ball. The whole process is so detailed and ingenious that it's breathtaking. ... https://www.youtube.com/watch?v=LEJpKguiM4w

The Gaza Strip has been under long-term blockade, leading to difficult living conditions for its residents. However, senior Hamas officials enjoy a luxurious lifestyle overseas. They indulge in lavish residences, luxury vehicles, and extravagant goods, creating a stark contrast with the people of Gaza. ... https://www.youtube.com/watch?v=rtLIz2ak-SA

The Simple Pendulum Wave Experiment is a simple and fun experiment that can help us better understand the principles of wave propagation. In the experiment, we will use a weight suspended from a fixed point and sand to mark the path of wave propagation. As we swing the pendulum up, the sand will form ripples in the path of propagation of the pendulum. The speed of propagation of the ripples varies with the length L of the pendulum. Through the experiment, we can conclude that the pendulum wave is a longitudinal wave, and the relationship between its propagation speed v and the length L of the pendulum can be expressed by the formula v = √(g/L). This formula shows that the propagation speed of a pendulum wave is directly proportional to the acceleration of gravity, g, and inversely proportional to the length, L, of the pendulum. The Pendulum Wave Experiment is a great experiment for beginners to learn about the principle of fluctuations. It is simple and easy to understand, and can help us quickly grasp the principle of wave propagation. ... https://www.youtube.com/watch?v=uK0NwBl0r-0