- #1
xyz_1965
- 76
- 0
Here is my set up.
Let t = theta for short
tan(t) = 324/550
arctan(tan t) = arctan(324/550)
t = arctan(324/550)
Correct thus far?
Note: What does "not to scale" mean in other words?
skeeter said:$\tan{\theta} = \dfrac{324-1.6}{550}$
xyz_1965 said:What is wrong with my approach?
MarkFL said:You aren't accounting for the height of the person.
The formula for finding angle theta without accounting for height is theta = tan^-1 (opposite/adjacent). This is also known as the inverse tangent function.
The formula works by using the ratio of the opposite side to the adjacent side in a right triangle. The inverse tangent function then calculates the angle theta based on this ratio.
No, this formula can only be used for right triangles. For other types of triangles, different formulas and methods are needed to find the angle theta.
The angle theta is typically measured in degrees or radians, depending on the unit used for the opposite and adjacent sides in the formula.
Yes, this formula only works for right triangles and does not take into account the height of the triangle. It also assumes that the triangle is on a flat surface and not on a curved surface.