Tcos theta mg Tsin theta ((kq2)/x2) (x/(2L) (kq2)/(mgx2)) The Attempt at a Solution Tcos. If x 5.9 cm, what is q Since x is much smaller than L approximate sin() by. Conditions were revealed under which the stability of the ball light appears as well as discovered the physical phenomena responsible for its stability and spherical shape. In the figure, two conducting balls of identical mass m 20 g and identical charge q hang from nonconducting threads of length L 100 cm. Confidence that ball lights exist in nature allowed us to take the next step and try to justify their stability. The nature of external forces acting on the light is different from the nature of known forces acting on material objects.
Almost all cases of the mysterious behavior of natural ball lightning are explained in the relevant articles. In the figure, two conducting balls of identical mass m 20 g and identical charge q hang from nonconducting threads of length L 100 cm. The fall of a small ceramic ball (3.2mm diameter) through a soft polyacrylamide hydrogel is captured with a high speed (500 frames per second). The proof that the optical model is true is the fact that the behavior of the ball light based on known physical laws is the same as the mysterious and intriguing behavior of natural ball lightning based on eyewitness accounts. In turn, the circulating light compressed the air in the film due to phenomenon of the optical electrostriction pressure.
#Two identical tiny balls of highly compressed free#
The reflective index of the compressed air is greater than that of surrounding space and the thin film is a spherical lightguide that prevents radiation of light in free space.
This is a symbiosis of a spherical thin film of compressed air and conventional white light that is circulating in the film in all possible directions. We have shown early in numerous publications that ball lightning is an optical phenomenon.
0 kommentar(er)
