# 1. Solving Oblique Triangles. Each triangle uses standard reference notation, where a is the measure (in degrees) of the angle opposite the side of length a, and angles B and y are respectively opposite the sides of lengths b and c. (a+B+y=180°) Given the values for three of the six pieces of information (a, b, c, a, ß,y) in a triangle, the solution consists of the values for the three missing pieces. (i) a = 40°, p=20°, a = 2 (ii) =110°, a = 3, c = 2 (iii) a=10, b = 8, c=5

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1. Solving Oblique Triangles. Each triangle uses standard reference notation, where

?

is the measure (in degrees) of the angle opposite the side of length

a

, and angles

?

and

?

are respectively opposite the sides of lengths

b

and

c . (? + ? + ? = 18 0^{?})

Given the values for three of the six pieces of information

(a, b, c, ?, ?, ?)

in a triangle, the solution consists of the values for the three missing pieces. (i)

? = 4 0^{?}, ? = 2 0^{?}, a = 2

(ii)

? = 11 0^{?}, a = 3, c = 2

(iii)

a = 10, b = 8, c = 5

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