Resolución de Triángulos Oblicuángulos

a = 78.574, b = 67.397, B = 37° 59' 35"

a = 39.12, b = 49.02, B = 28°

a = 49.02, b = 39.12, B = 28°

a = 42.285, b = 67.397, B = 37° 29' 22.96"

A = 71.89°, B = 38.93°, c = 89.22 cm

A = 17.98°, B = 83.93°, c = 22.89 cm

A = 89.71°, B = 93.38°, c = 98.22 cm

A = 98. 17°, B = 39.83°, c = 22.98 cm

b = 34.37, c = 24.36, B = 86°

b = 24.36, c = 34.37, B = 86°

b = 37.34, c = 36.24, B = 68°

b = 36.24, c = 37.34, B = 68°

$$a=\ 86.21,\ c=\ 14.7,\ \angle A=\ 79°16´\$$

$$a=\ 20.9,\ c=\ 14.7,\ \angle A=\ 79°1´$$

$$a=\ 20.9,\ c=\ 14.7,\ \angle A=\ 90°$$

$$a=\ 17.09,\ c=\ 66.87,\ \angle=83°19´\$$

$$b=52.5,\ a=47.7,\ \angle B=79°16´$$

$$b=52.4,\ a=\ 22.3,\ \angle B=67°44´$$

$$b=\ 9.43,\ a=\ 25.23,\ \angle B=79°1´\$$

$$b=86.21,\ a=\ 66.87,\ \angle B=40°50´\$$

$$a=\ 23.53,\ c=25.32,\ \angle B=76°$$

$$a=23.35,\ c=25.23,\ \angle A=67°$$

$$a=35.23,\ c=87.66,\ \angle B=99°$$

$$a=17.09,\ c=66.87,\ \angle76°$$

$$b=\ 21.03,\ a=47.7,\ \angle C=\ 67°44´\$$

$$b=\ 17.09,\ a=22.3,\ \angle C\ =99°$$

$$b=\ 11.4,\ a=\ 46.9,\ \angle C=79°$$

$$b=21.03,\ a=46.9,\ \angle C=67°44´\$$

$$b=\ 23.53,\ c=25.32,\ \angle B=\ 76°\ 39´\$$

$$b=86.21,\ c=66.87,\ \angle B=76°\ 39´\$$

$$b=\ 17.09,\ c=\ 66.78,\ \angle b=76°39´\$$

$$b=\ 86.12,\ c=\ 66.78,\ \angle B=79°\ 36´\$$

A = 39° 00' 51.57", B = 70° 31´16.32", C = 40° 59' 07"

A= 52° 16´52.57", B = 103° 38' 44.26", C = 24° 04' 23.17"

A = 63° 20' 01.30", B= 27° 48' 42.70", C = 24° 04´23.17"

A = 101° 11' 20.01 ", B = 27° 48' 42.70 ", C = 50° 59' 57.30"

c = 78.574

A = 39° 12' 36.20", B = 7° 27' 18.77"

c = 33.189, A = 64° 06' 06.02", B = 48° 57' 53.98"

c = 42.285, A = 45° 16' 37.04", B = 105° 29' 22.96"

c = 78.574, A= 105° 29' 22.96", B = 48° 57' 53.98"