Answer:
Option C.
Step-by-step explanation:
In the given triangles XWV and XYZ we have to prove both the triangles are congruent.
Since side VW ≅ side YZ (Given)
∠WVX ≅ ∠XYZ (Given)
And by AAS theorem, we should prove ∠VXW = ∠YXZ
Since AAS theorem says, if two adjacent or corresponding angles and one opposite side of these angles are equal then the given triangles will be congruent.
Therefore, Option C. will be the answer.
Bryant's score is 55 (given)
Jack's score is twice the score of Bryant, so it's
Brenda's score is 13 less than Jack, so it's
Answer: V≈565.49
Step-by-step explanation:
V=πr2h=π·62·5≈565.48668
(12 ÷ 3) - 1
Twelve divided by three is four. Four minus 1 is three.
Hope I helped, and for further inquires, just post your question on Brainly!
Hey there! :D
So, you know the x value. Plug that value in.
-3(-5)+7y= 5(-5)+2y
15+7y= -25+2y
Subtract 15 on both sides.
7y= -35+2y
Subtract 2y on both sides.
5y=-35
Divide both sides by 5.
y=-7.
(-5,-7) <=== the solution.
I hope this helps!
~kaikers