tan6=cot(90-6)
= cot 84
tan(6 deg) = 0.1051 approx.
Tangent is a function that can have any real value. Therefore one tangent can take any value in (-∞, ∞).
Because the tangent is a function of with the angle as its argument.
tangent(54) is about 0.673800101
Angle a, by itself has no value. You must first assign a value to a to get the value of tan a.
tan(6 deg) = 0.1051 approx.
Tangent is a function that can have any real value. Therefore one tangent can take any value in (-∞, ∞).
Because the tangent is a function of with the angle as its argument.
The value of tangent 88 degrees is approximately 28.64. This high value occurs because tangent approaches infinity as the angle approaches 90 degrees. In mathematical terms, tan(88°) = sin(88°) / cos(88°), and since the cosine of 88 degrees is very small, the tangent value becomes significantly large.
The tangent ratio can take any real value.
tan(6 radians) = -0.2910
55
tangent(54) is about 0.673800101
Angle a, by itself has no value. You must first assign a value to a to get the value of tan a.
To convert a tangent value to degrees, you first need to use the arctangent (or inverse tangent) function. This can be done using a scientific calculator or a calculator app by entering the tangent value and then applying the arctangent function. The result will be in radians, so you may need to convert it to degrees by multiplying by ( \frac{180}{\pi} ) if your calculator does not have a degree mode. For example, if the tangent value is 1, applying the arctangent will give you 45 degrees.
To determine the value of ( x ), you would typically need additional information such as the lengths of the tangent segments, angles, or equations related to the circle. If you provide the specific details or a diagram related to the problem, I can help you find the value of ( x ).
tan(42.2693 deg) = approx 0.9090