Kepler's Third Law of Orbital Motion states that you can approximate the period P (in Earth years) it takes a planet to complete one orbit of the sun using the function p=d (3)/(2) , where d is the distance (in astronomical units, AU) from the planet to the sun. How many Earth years would it take for a planet that is 0.76 AU from the sun?

answer: 33 ( approx)

step-by-step explanation:

since, in the linear regression formula, the slope is the a in the equation y = b + ax ( by comparing it with the general equation of line y = mx + c )

where,

here given table is,

price ($), x   :           18         23       25       29       30       33

pairs sold, y :         16         13         10       8         6       2

so, ,   ,   ,

and   ,

thus, slop of the given line is,

⇒  

⇒   ≈ 33

idk what the heck he answer is, i’m just putting this here so i finish my account

8: 40

2 hours

10: 40

55 min

11: 35