مجله فانوس توانمندسازی جوانان از طریق رسانه
مطالب مرتبط
Posted by: Mohammad
1766 AD, German astronomer Johann Titus could not find a simple relation with the distance of the planets from the sun to get it. Today it is known about the relationship Tytvs_Bd. This relationship is as follows:
The distance of the planet from the Sun (based on average distance of the Earth from the Sun) = 0.4 + (0.3 * n)
…, N = 0, 1, 2, 4, 8
Adadbdst planets were consistent with good accuracy the actual distance:
Planets
Mercury
Vesper
The earth
Mars
???
Customer
Saturn
Answer relationship Tytvs_Bd
0.4
0.7
1.0
1.6
2.8
5.2
10
The actual distance from the Sun.
0.39
0.72
1.00
1.52
????
5.20
9.54
For a distance of 2.8 times Earth’s distance from the Sun at the time the planet was not found. Many astronomers believed that a small planet in the gap between Mars and Jupiter that has not been discovered. After that the other bodies were discovered at the same distance from the sun.
Years later, the planet Uranus was discovered that the distance between the predicted relationship also calls Tytvs_Bd (19.6 and 19.9 depending upon the relationship between measurements). But within the next planet Neptune and Pluto does not apply in this case. The theory that the theory of dynamical Decay (Dynamical Relaxation) explanation for this relationship is known. According to this theory, the planets were first developed in different circuits, but the circuits were transferred to other planets gravitational forces to minimize disturbances. The result is mathematically similar to the relationships Tytvs_Bd relationship leads.
