Answer:
46 degrees
Step-by-step explanation:
if you look at it closely u can see that the 120 degrees is reflected to the opposite side so if the 120 degrees is reflected then the 46 degrees would be reflected too
10 divided by 2000 <u>equals 0.005</u>, we then multiply 0.005 by 100 which knocks 2 place off which <u>gives you 0.5</u>.
Answer:
1.5131 billion mi.
Step-by-step explanation:
The general equation of the ellipse with center (h,k) is

Here the equation of ellipse is given as

Therefore, the center of the given ellipse is (-0.0831,0)
The focus is (0,0)
a is the radius along major axis
Here a= √2.0449 =1.43
The distance between focus and center of the given ellipse = 0.0831
Since the farthest distance between Saturn and the Sun is required, we have to add up the radius of the ellipse along the major axis and the distance between the focus and center.
Distance between sun and saturn = 1.43 + 0.0831 = 1.5131
∴ The farthest distance between the Sun and saturn is 1.5131 billion miles.
Bisected- split into two equal parts
XYW=WYZ
XYW-52°
answer= WYZ-52°
52+52= 104
answer= XYZ-104°
Answer:
Step-by-step explanation:
10 , 9,8,7,6,5,4,3,2,1,0,-1,-2-3,-4
Hope this helps