Elviyanti, "Approximate solution for the minimal length case of klein gordon equation for trigonometric
cotangent potential using asymptotic iteration method," Journal of Physics: Conf.
4o The study of theory of Lagrangian and Hamiltonian mechanical systems by means of the geometry of tangent and
cotangent bundles.
The scales provide the tangent or
cotangent of the meridian altitude.
By inspecting the graphs of the basic trigonometric functions, one can see that the period of sin(x) and cos(x) is 2[pi]k, and the period of the tangent and
cotangent functions is [pi]k, where k is a whole number, and the smallest period is obtained for k = 1.
The first 3 expansions are for the tangent, the following 3 are for the
cotangent.
From 40[degrees] to 50[degrees],
cotangent is a decreasing function.
Let ([zeta]) denote the functional equation for the zeta function and (S) the classical sampling theorem; furthermore, let (C) denote the expansion of the
cotangent function in partial fractions, (F) a special Fourier series, and (v) the functional equation for Jacobi's theta function.
Following Martin and Matthiessen (1991), they are commonly represented in SFG by means of
cotangent circles (see Figure 2).
Cotan [delta] [??] 0.3761 [[eta].sub.inh] + 0.15,: (i) where cotan [delta] is the
cotangent of the loss angle of a sample of said polyisoprene, measured at 130[degrees]C.
The sixth edition adds a section on graphing the tangent,
cotangent, secant, and cosecant functions.