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This work aims to identify some inhomogeneity factors for plane symmetrictopology with anisotropic and dissipative fluid under the effects of bothelectromagnetic field as well as Palatini $f(R)$ gravity. We construct themodified field equations, kinematical quantities and mass function to continueour analysis. We have explored the dynamical quantities, conservation equationsand modified Ellis equations with the help of a viable $f(R)$ model. Someparticular cases are discussed with and without dissipation to investigate thecorresponding inhomogeneity factors. For non-radiating scenario, we examinesuch factors with dust, isotropic and anisotropic matter in the presence ofcharge. For dissipative fluid, we investigate the inhomogeneity factor withcharged dust cloud. We conclude that electromagnetic field increases theinhomogeneity in matter while the extra curvature terms make the system morehomogeneous with the evolution of time.

Influence of Electric Charge and Modified Gravity on Density Irregularities