A Significant Role of Activation Energy and Fourier Flux on the Quadratically Radiated Sphere in Low and High Conductivity of Hybrid Nanoparticles

Fluid flow through a sphere has practical applications in numerous areas of technology, for instance, mineralogy, food engineering, and oilfield drilling. The goal this paper is to look at how quadratic thermal radiation activation energy affect the dissipative hybrid nanofluids around with heat source parameter. bvp4c (a MATLAB in-built function) used solve system nonlinear ordinary differential equations, which transformed version governing equations. Using multiple linear regression, effects relevant parameters on mass transfer rate, Nusselt number, skin friction coefficient are investigated. key findings study that increasing parameter improves fluid temperature concentration. When Eckert number increased, convective transmission reduced. It appears magnetic field reduces shear stress near surface. discovered volume percentage nanoparticles increases Schmidt rate. Furthermore, current results validated against previously published data.