Dimensions of the Hyper-vector a.k.a. the Binomial Polyhedron

Can establish a successful vector in any hyper dimensional leap. This object is used to navigate theoretical space, when a vector is not present. Use this to determine a vector. This object can help us mathematically orient ourselves in any theoretical space. The dimensions of this shape can lead to many discoveries. For example, Emiliano Alohi Espinoza used this "Binomial Polyhedron" to discover the hyper dimension and can successfully explain how to use it to navigate through theoretical space, time, location, dimension, sub dimension and hyper dimensional continuum. We most likely live in dimension 5. In both the 7th hyper dimensional plane, and sub-hyperdimension. [br][br]Dimensions of the Binomial Polyhedron...[br][br]Example: I used the ""#DJI" Average" (Stock Market) as a practical application for the creation of the "Binomial Polyhedron". [br][br]X2 = 0.16657415116319[br]Y2 = 919.9297245349[br]ΔX = 0.16657415116319[br]ΔY = 4.9972245348958[br]θ = 88.090847567004°[br]Equation of the line:[br][br]y = 30x + 914.9325[br][br]When x=0, y = 914.9325[br]When y=0, x = -30.49775[br][br]OR[br][br]X2 = -0.16657415116319[br]Y2 = 909.9352754651[br]ΔX = -0.16657415116319[br]ΔY = -4.9972245348958[br]θ = 268.090847567°[br]Equation of the line:[br][br]y = 30x + 914.9325[br][br]When x=0, y = 914.9325[br]When y=0, x = -30.49775[br]

Information: Dimensions of the Hyper-vector a.k.a. the Binomial Polyhedron