Butun axtardiqlarinizi tapmaq ucun buraya: DAXIL OLUN
  Mp4 Mp3 Axtar Yukle
  Video Axtar Yukle
  Shekil Axtar Yukle
  Informasiya Melumat Axtar
  Hazir Inshalar Toplusu
  AZERI CHAT + Tanishliq
  1-11 Sinif Derslikler Yukle
  Saglamliq Tibbi Melumat
  Whatsapp Plus Yukle(Yeni)

  • Ana səhifə
  • Təsadüfi
  • Yaxınlıqdakılar
  • Daxil ol
  • Nizamlamalar
İndi ianə et Əgər Vikipediya sizin üçün faydalıdırsa, bu gün ianə edin.

Müzakirə:Kepler qanunları

  • Məqalə
  • Müzakirə
Ən son rəy:2 il öncə, Mkwadee tərəfindən "Animations demonstrating Kepler's Second Law of Planetary Motion." mövzusunda

Animations demonstrating Kepler's Second Law of Planetary Motion.

Son rəy: 2 il öncə1 şərhMüzakirədə 1 nəfər

There is an animated figure on the English version of this page which I made which the shows motion of planets orbiting with various eccentricities around a star and may be of use.

The animated gifs are individually viewable at

/wiki/File:Circular_orbit_of_planet_with_(eccentricty_of_0.0).gif /wiki/File:Ellipitical_orbit_of_planet_with_an_eccentricty_of_0.2.gif /wiki/File:Ellipitical_orbit_of_planet_with_an_eccentricty_of_0.5.gif /wiki/File:Ellipitical_orbit_of_planet_with_an_eccentricty_of_0.8.gif

The code to produce the table is here (see edit mode):

Orbits of planets with varying eccentricities. The red ray rotates at a constant angular velocity and with the same orbital time period as the planet, T = 1 {\displaystyle T=1}  . S: Sun at the primary focus, C: Centre of ellipse, S': The secondary focus. In each case, the area of all sectors depicted is identical.
Low High
 
Planet orbiting the Sun in a circular orbit (e=0.0)
 
Planet orbiting the Sun in an orbit with e=0.5
 
Planet orbiting the Sun in an orbit with e=0.2
 
Planet orbiting the Sun in an orbit with e=0.8

Mkwadee (müzakirə) 13:26, 20 dekabr 2022 (UTC)Cavabla

Mövzu əlavə et
Mənbə — "https://az.wikipedia.org/w/index.php?title=Müzakirə:Kepler_qanunları&oldid=6807545"
Informasiya Melumat Axtar