Symbols	Names
$U_f$	Velocity at the free stream
$U_s$	Velocity at the surface
$T_{\inf }$	Ambient temperature
$T_s$	Surface temperature
$U$	Velocity field vector
$P$	Pressure
${\left(C_p\right)}_{hnf}$	Specific heat
S	Stress tensor
K	Permeability of the porous medium
$X_1,X_2$	Cartesian coordinate system
$U_1,U_2$	Velocity components
$A_u$	Velocity slip
$T_u$	Thermal slip
$M$	Magnetic parameter
$G_r$	Mixed convection parameter
$Gr$	Thermal Grashof number
$E_c$	Eckert number
$D_a$	Darcy number
${\mathrm{Re}}_{X_1}$	Local Reynolds number
$P_r$	Prandtl number
$q$	Heat source/sink parameter
Ha	Hartmann number
Rem	Magnetic Reynolds number
$S_w$	Wall shear stress
$Q_w$	Wall heat flux
Greek Symbols
${\upsilon }_{hnf}$	Kinematic viscosity
$\Pi$	Induced magnetic field vector
${\beta }_{hnf}$	Thermal expansion coefficient
${\rho }_{hnf}$	Density of the hybrid nanofluid
$\zeta$	Magnetic diffusivity
${\sigma }_{hnf}$	Electrical conductivity
${\mu }_e$	Magnetic permeability parameter
${\Pi }_1,{\Pi }_2$	Magnetic induction components
${\Pi }_0$	Magnetic field at infinity upstream
${\psi }_1$	Nanoparticle volume fraction of MgO nanoparticles
${\psi }_2$	Nanoparticle’s volume fraction of Ni
$\lambda$	Velocity slip parameter
$\chi$	Thermal slip parameter
$\delta$	Reciprocal of magnetic Prandtl number
$\Gamma$	Characteristic length of the elastic surface
Subscripts and Abbreviations
MgO	Magnesium oxide
Ni	Nickel
hnf	Hybrid nanofluid
nf	Nanofluid
NPs	Nanoparticles