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Entropy | Free Full-Text | Characteristics of Nonthermal Dupree Diffusion on Space-Charge Wave in a Kappa Distribution Plasma Column with Turbulent Diffusion
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![SOLVED: Calculate unit tangent vector T(t), unit normal vector N(t), binormal vector B(t), curvature function kappa(t) or [ϰ(t)] and radius of curvature function rho(t) or [ρ(t)] for the vector valued function r (t)=(cos(6t),sin(6t),8t-1). SOLVED: Calculate unit tangent vector T(t), unit normal vector N(t), binormal vector B(t), curvature function kappa(t) or [ϰ(t)] and radius of curvature function rho(t) or [ρ(t)] for the vector valued function r (t)=(cos(6t),sin(6t),8t-1).](https://cdn.numerade.com/previews/f0abbb4c-d7a5-41e8-855c-edafa53c99b4_large.jpg)
SOLVED: Calculate unit tangent vector T(t), unit normal vector N(t), binormal vector B(t), curvature function kappa(t) or [ϰ(t)] and radius of curvature function rho(t) or [ρ(t)] for the vector valued function r (t)=(cos(6t),sin(6t),8t-1).
![SOLVED:Find the curvature κof each plane curve traced out by the vector function 𝐫=𝐫(t). 𝐫(t)=2 t 𝐢+t^3 𝐣 SOLVED:Find the curvature κof each plane curve traced out by the vector function 𝐫=𝐫(t). 𝐫(t)=2 t 𝐢+t^3 𝐣](https://cdn.numerade.com/previews/68345743-e43a-4994-9926-636a7a3c5cdd_large.jpg)