The <em>missing</em> angle is B = 65° and the <em>missing</em> sides are a ≈ 7.461 and c ≈ 6.762.
<h3>How to find all missing sides and angles of the triangle</h3>
In this case, we know two angles (A = 25°, C = 90°) and a side of a triangle (b = 16) and <em>Euclidean</em> properties and the law of the sines must be used to find the rest of variables:
B = 180° - A - C
B = 180° - 25° - 90°
B = 65°
a = 16 × (sin 25°/sin 65°)
a ≈ 7.461
c = 16 × (sin 25°/sin 90°)
c ≈ 6.762
The <em>missing</em> angle is B = 65° and the <em>missing</em> sides are a ≈ 7.461 and c ≈ 6.762.
To learn more on law of sines: brainly.com/question/13098194
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Answer:
2y^2 -4y -24
Step-by-step explanation:
start by expanding the first term, also known as multiplying the 3
3(2y-8) to get 6y-24
then -2y and (5-y) to get -10y and 2y^2
(dont forget to include the negatives when mulitiplying it out)
then combine like terms to get
2y^2 - 4y - 24
Answer:
the first one
Step-by-step explanation:
Answer:
6
Step-by-step explanation:
subtract 5 from 107 is 102
102 divided by 17 is 6
Answer:
i can not see the picture..
Step-by-step explanation: