During the COVID-19 outbreak, a large population was exposed to social media.Since it was a new virus and no specific information was available about its dynamics, therefore people were dependent on social media to gather more and more information.Social media has its pros and cons, which have an impact on the life of human beings which was more in the case of COVID-19 due to restricted interaction during the period of pandemic.In this article, the effects of social media on the mental health of people have been investigated with the help of Holling type II and timbren gmfk25s Monod Haldane rates in the form of incidence and omnia 943 lever treatment rates, respectively.
The model exhibits two types of equilibria: disease-free equilibrium (DFE) and endemic equilibrium (EE), which has been confirmed by the Fractional Routh-Hurwitz criterion.Further stability behavior has been also analyzed under certain sufficient conditions that depend on threshold R0, a Basic Reproduction number, which is determined by the next generation approach.The findings indicate that the fractional order has a considerable influence on the dynamic process.The difference between fractional and integer order derivatives is illustrated by the memory effect.
Finally, numerical simulations have been performed to validate our analytical findings and to examine the effect of various parameters on the dynamics of social media on mental health.