Question

Calculate the net precession shift δθ of the Keplerian orbit over one unperturbed period
$\displaystyle\partial\theta = \int_0^{2\pi}\omega_p(\theta)\dfrac{d\theta}{\theta}$ if the perturbation potential is δU(r) = − α/r^3.

Answer 1

question

$Calculate the net precession shift δθ of the Keplerian orbit over one unperturbed period</u></strong></p><p><strong><u>[tex]Calculate the net precession shift δθ of the Keplerian orbit over one unperturbed period[tex]\displaystyle\partial\theta = \int_0^{2\pi}\omega_p(\theta)\dfrac{d\theta}{\theta}$ if the perturbation potential is δU(r) = − α/r^3.[/tex]

ANSWER

refer to attachment

Answer 2

Answer:

Answer in the attachment.