Find tan A for the triangle below.

Find tan–1 1.4281 to the nearest degree.
Consider the following triangle. Determine the measure of the angle represented by using the inverse tangent function.

Find the angle of elevation to the top of a 150-ft flagpole from a point 50 feet from the base of the pole. Round your answer to the nearest tenth.
Using a scientific calculator or graphing calculator find the inverse tangent of the ratio. Round to the nearest degree.

Using a scientific calculator or graphing calculator find the inverse tangent of the ratio. Round to the nearest degree.

Using a scientific calculator or graphing calculator find the inverse tangent of the ratio. Round to the nearest degree.

Find the angle with a tangent ratio of 0.6009.
Find tan A

Consider the following triangle. Determine the measure of the angle represented by using the inverse tangent function.

Find the angle of elevation to the top of a 150-ft flagpole from a point 50 feet from the base of the pole. Round your answer to the nearest tenth.
Find tan–1 1.4281 to the nearest degree.
Using a scientific calculator or graphing calculator find the inverse tangent of the ratio. Round to the nearest degree.

Find tan A for the triangle below.

Find the angle with a tangent ratio of 0.6009.
Using a scientific calculator or graphing calculator find the inverse tangent of the ratio. Round to the nearest degree.

Find tan A

Using a scientific calculator or graphing calculator find the inverse tangent of the ratio. Round to the nearest degree.

The steepness, or grade, of a highway or railroad is expressed as a percent. In the photo of the cog railway at Pike’s Peak, in Colorado, the grade is 18%. Thus, for every 100 ft of horizontal run, the train rises 18 ft. Find the angle of the inclination of the railway.

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