Hi, I've been trying to solve this equation for hours no, hoping somebody here can help. I have the equation: -2m2w3 + 15Bmw2 - 27B2 = 0 where m, B are unknown constants and I'm trying to solve for w. Is there a general formula for solving cubic equations? Thanks in advance...
The following sections are included:IntroductionCubic functional equationOther cubic functional equations#Introduction#Cubic functional equation#Other cubic functional equationsFunctional Equations and Inequalities:Solutions and Stability ResultsJohn Michael Rassias...
By introducing a displacement function, huge numbers of complicated equations of plane elasticity of cubic quasicrystals are simplified to an eighth-order partial differential governing equation, and then general solutions are established through an operator method. By taking a decomposition and superposition...
[It's a big mess, all right, but are you surprised that there is a formula? It is called Cardan's Formula.] If your CAS can solve the general cubic equation, it can find a formula for the critical points of the general quartic. Do you think this formula is useful and/or usable?
Finding the nth Term of Decreasing Linear Sequences How to Find the Sum of a Geometric Sequence How to Graph a Circle Given a General or Standard Equation How to Find the Area of the Shaded Region Using the Area Decomposition Method
T. Oh, A remark on norm inflation with general initial data for the cubic nonlinear Schr¨odinger equations in negative Sobolev spaces, arXiv:1509.08143.T. Oh, A remark on norm inflation with general initial data for the cubic nonlinear Schr¨odinger equa- tions in negative Sobolev spaces, ...
The 1D long-range formula, Eq. (30), has been recently derived and more details can be found in Ref. 47. The long-range part is substracted from the dynamical matrix on the coarse grid, the remaining short-range part is Fourier transformed into real space to get the IFCs. Inspired by...
While the solution to deriving the roots of the general quadratic equation is adequately covered in a typical classroom environment, the same is not true for the general cubic and quartic equations. To the best of our knowledge, we do not see the roots of the general cubic or quartic equatio...
corresponding functions, useful stochastic ordering results, analysis of the asymptotes and mode(s) for the probability density and hazard rate functions, series expansions of the probability density function, various measures involving moments and general formula related to the maximum likelihood method. ...
Note that the previous formula contains the factor dT/dt (expressed by Equation (3)) that deals with a time transformation: T is the local time for Earth, that is TT, and t is the corresponding TDB time. To compute the coordinates of the orbiter (vector xsat) we adopt similar ...