COVID-19 is one of the worst pandemics ever, it is spreading rapidly creating a health crisis around the world. This disease, which continues to seriously threaten human life, has caused more than 664 million confirmed cases and 6.7 million deaths worldwide.
In this work, we propose a discrete mathematical model to predict the evolution of the dynamics of Covid-19, calculating the base reproduction number R₀ and the equilibrium points, then we perform the stability analysis and the sensitivity analysis. Finally, we end with a numerical analysis.