It is a function which maps the tangent ratio - any real value - to an angle in the range (-pi/2, pi/2) radians. Or (-90, 90) degrees.If tan(x) = y then x is the inverse tangent of y.It is also known as "arc tangent", and spreadsheets, such as Excel, use "atan" for this function.Warning:1/tangent = cotangent is the reciprocal, NOT the inverse.
Arc length = 136*2*pi*r/360So r = 360*arc length/(136*2*pi) = 425.5 cmArc length = 136*2*pi*r/360So r = 360*arc length/(136*2*pi) = 425.5 cmArc length = 136*2*pi*r/360So r = 360*arc length/(136*2*pi) = 425.5 cmArc length = 136*2*pi*r/360So r = 360*arc length/(136*2*pi) = 425.5 cm
angle of arc/ angle of circle (360°) = length of the arc/ total circumference (2 pi* radius) so you just have to find r then so: angle of arc/ angle of circle (360°) *2pi = length of the arc/ radius radius= ength of the arc/ angle of arc/ angle of circle (360°) *2pi not that hard ;)
y = 2(x) - (pi/3) + (sqrt(3)/2)
(pi/2)-1 = 2/pi
tangent of pi/4 = 1
16*pi*r/45 where r is the radius.
It is a function which maps the tangent ratio - any real value - to an angle in the range (-pi/2, pi/2) radians. Or (-90, 90) degrees.If tan(x) = y then x is the inverse tangent of y.It is also known as "arc tangent", and spreadsheets, such as Excel, use "atan" for this function.Warning:1/tangent = cotangent is the reciprocal, NOT the inverse.
Tan(Pi/5) = √(5-2*√(5)) ~= 0.7265
arctan(0.5) = 0.4636 + k*pi radian = 26.5651 + k*180 degrees where k is an integer.
The tangent of an angle is a ratio so, if you mean pi, and not pie, then it is simply a product of two ratios.
-pi/2 and pi/2
A major arc must measure over 180 degrees, or pi radians
The period of the tangent function is PI. The period of y= tan(2x) is PI over the coefficient of x = PI/2
30 degrees or pi/6
4/9*pi*r where r is the radius of the circle.
To find the tangent of 1, you can use the inverse tangent function (arctan) on a calculator. Simply input 1 into the arctan function and calculate the result. The tangent of 1 is approximately 0.7854.