Now let's calculate the angular distance the asteroid traveled:

Angular distance traveled by the asteroid $=$

$\backslash (($asteroid$\text{'}$s change of Declination$)2+($asteroid$\text{'}$s adjusted change of Right Ascension$)2)$

$=$

$\backslash$

$(($Result from question #$2$ above$)2+($Result from question #$3$ above$)2)$

$=$

$\backslash (108\mathrm{.}52+0\mathrm{.}2942)$

$$