Indigenous languages:
Australian Aboriginal languages, Tasmanian languages, Torres Strait Island languages
Answer:
2.84*10^-3 years = 0.00284*10^-3 years
Explanation:
To find the orbital period you use the following formula:

r: 2.0A = 2.0(1.5*10^11m)=3*10^11 m
G: Cavendish constant = 6.67*10^-11 Nm^2/kg^2
M: mass of the sun = 1.98*10^30 kg

Next, you calculate the time in seconds of one Earth's year:

thus, you use this value to find the orbital period of the asteroid in Earth's year:

Explanation:
In geography, both resources and also geographical property constitute land. Relevant localities, mineral resources, wetlands, fish populations, air consistency, satellite orbits, and electromagnetic radiation parts are examples. The availability of such assets is fixed.