$a$	Constant
$u,v$	Velocity components
$f$	Similarity function for velocity
$T_{\infty }$	Ambient temperature
$T_w$	Wall constant temperature
$T$	Fluid Temperature
$\chi$	Microorganism concentration
$\theta$	Dimensionless temperature
$\varphi$	Dimensionless concentration
$C_{\infty }$	Ambient concentration
$C$	Fluid concentration
$\beta$	Power index number
$B_{\circ }$	$\mathrm{Magnetic} \mathrm{field} \mathrm{strength} \left({\mathrm{NA}}^{-1}{\mathrm{m}}^{-1}\right)$
$\delta$	Deborah number
${\mathrm{Re}}_L$	Local Reynolds number
$Z$	Modified Hartmann number
$M$	Magnetic Parameter
$Rd$	Thermal Radiation
$\mathsf{\Upsilon }$	Heat source/sink parameter
$Cr$	Chemical reaction
${\lambda }_1$	Thermal Relaxation parameter
${\lambda }_2$	Concentration Relaxation parameter
$Nt$	Thermophoresis parameter
$Nb$	Brownian motion parameter
$Bi$	Biot number
$\mathrm{Pr}$	Prandtl number
$Sc$	Schmidt number
$Pe$	Peclet number
$Lb$	Lewis number
$\varpi$	Microorganism concentration difference parameter
$D_B$	Mass diffusivity
$D_T$	Thermophoresis diffusivity
$J_{\circ }$	Current density
$C_f$	Skin friction coefficient
$N{u}_x$	Nusselt number
$S{h}_x$	Sherwood number
$W{h}_x$	Microorganism density number
$k$	Thermal conductivity of the fluid $\left({\mathrm{m}}^2/\mathrm{s}\right)$
$Br$	Brickman number
$S_G$	Local volumetric entropy generation rate
$N_G$	Entropy number
$Be$	Bejan number
$\tau$	Ratio of the effective heat capacity
$\eta$	Similarity variable
$\rho$	Fluid Density
$\mu$	Dynamic viscosity
$\infty$	Ambient condition