Answer:
86°
Step-by-step explanation:
This is a circle theorem question, specifically the cyclic quadrilateral theorem.
If you have a a 4-sided shape that touches the circumference of the circle with all 4 vertices, it's know as a cyclic quadrilateral.
The theorem states: "Opposite angles in a cyclic quadrilateral add up to 180°"
We want the angle at point L so we subtract the opposite angle to L (Angle J, which is 94°), so 180 - 94 = 86
The neat thing is that it's still a quadrilateral, and if you find all the remaining sides, they should add up to 360°, just like a regular square or rectangle.
-x+6>-(2x+4)
first distirubte
-x+6>-2x-4
add 1x to both sdies
6>-x-4
add 4 to both sdies
10>-x
multily -1 and don't forget to switch > to <
10<x
(9z+5)/4+18<26
multply both sdies by 4 to get rid of fraction
9z+5+72<104
add like terms
9z+77<104
subtract 77
9z<27
divide both sdies by 9
z<3
I think the answer may be D. You can graph the points and draw a line through the points to see what other points are intersected by the line.
Hi!
If im reading this right, and im not sure i am, it would be 9100.
Sorry if its wrong!
Hope this helps!
<h2><em>~~PicklePoppers~~</em></h2>
X + 2 = 3/5(10) - 3
x + 2 = 6 - 3
x + 2 = 3
x = 3 - 2
x = 1 <=== ur number
