Please answer this question now
1 answer:
Answer:

Step-by-step Explanation:
Given:
∆XVW
m < X = 50°
m < W = 63°
XV = w = 37 m
Required:
Area of ∆XVW
Solution:
<em>Find side length XW using Law of Sines</em>

W = 63°
w = XV = 37 m
V = 180 - (50+63) = 67°
v = XW = ?

Cross multiply

Divide both sides by sin(63) to make v the subject of formula


(approximated to nearest whole number)

<em>Find the area of ∆XVW</em>



(to nearest tenth).
You might be interested in
Answer:
0.11111....
Step-by-step explanation:
. ......... .....
wait I was wrong
Photo math can help with that
Step-by-step explanation:
Property: 
<u />
<u>Use the Distributive Property:</u>
<u />
6g + 18 is an equivalent expression when the distributive property is used.
They are both going 14 meters per second so therefor they will be the same distance apart the whole time.
You take the exponent and move that many places with the number that you get on the opposite side