If you draw a line perpendicular to side c and intersecting the vertex of angle C, you make two right triangles. Let's call the perpendicular segment side d.
Now the sinB = d/a, so d = a sinB = 24 * sin87° ≈ 23.967.
SinA = d/b, so b = d ÷ sinA = 23.967 ÷ sin42° ≈ 36.
A supplementary angle is a 180-degree angle minus the number of degrees in the given angle.
Well, it doesn't exactly have "an angle that measures 45 and 90 degrees". It has one angle that measures 45 degrees, and another angle that measures 90 degrees. That's an isosceles right triangle. The third angle is also 45 degrees, and the length of each leg is 70.7% of the length of the hypotenuse. .
60 degrees
It's 0.524 of the length of the radius.
The total circumference is (arc length) times (360) divided by (the angle degrees)
70
tan-1(0.8) = 38.65980825 degrees or 38.7 degrees to the nearest tenth.
In order to find length BC the length of AC or length of the hypotenuse must be given
The answer will depend on which angle is 63 degrees, and the measurement units used for c.
A supplementary angle is a 180-degree angle minus the number of degrees in the given angle.
Well, it doesn't exactly have "an angle that measures 45 and 90 degrees". It has one angle that measures 45 degrees, and another angle that measures 90 degrees. That's an isosceles right triangle. The third angle is also 45 degrees, and the length of each leg is 70.7% of the length of the hypotenuse. .
The answer depends on the angle.
60 degrees
Largest angle: 93.25 degrees Shortest angle: 37.25 degrees Shortest length: 3.6cm Longest length: 3.6*sin(94.35)/sin(37.25) = 5.93cm to two decimal places
It is: tan^-1*(0.8) = 38.7 degrees
It is a measure of the size of the angle.
It's 0.524 of the length of the radius.