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A mathematical perspective for the behavior of Covid-19 in Boyacá

Abstract

This article presents the initial results of a study whose purpose is to develop a behavioral forecast of the Covid-19 pandemic in the department of Boyacá using GeoGebra, OriginPro8, and Excel software. The data recorded by the Boyacá Health Secretary and by the National Institutes of Health in a period of 108 days since the first cases appeared, are classified according to the number of confirmed, infected, recovered, and deceased cases. A quantitative methodology with a documentary approach is used in order to create a deterministic strategy with a statistical balance. The result is an analysis and a projection of growth in the cases of Covid-19 based on exponential mathematical models, diagrams, and curves that represent the various phenomena that influence the statistical study and their variations according to the measures adopted by the Boyacá community.

Keywords

pandemic, Covid-19, software, mathematical models, Department of Boyacá

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References

Camacho, Noé, Margarito Godínez, and Rámiro Velázquez. 2014. “Geogebra, Una Herramienta Para La Enseñanza de Las Matemáticas y Simulación de Fenómenos.”
Castro, Carlos Armando De. 2020. “Modelo SIR de La Epidemia de COVID-19 En Colombia - Proyección Según Diversos Escenarios.” (March).
Cortés, Manuel E. 2020. “Coronavirus Como Amenaza a La Salud Pública.” Revista Médica de Chile 148(1):124–26.
Diaz, Jorge. 2020. “29 2020.” 29(1):34–44.
Florencio, Casimiro. 2020. “Cálculos Estadísticos Sobre Un Modelo Cerrado SIR Extrapolando Datos Del Actual Brote de Coronavirus a Un Escenario de Población Mexicana, Alcaldía Magdalena Contreras.”
Gil, Victor. 2020. “Infección Del Covid-19 En Colombia . Una Comparación de Por El Virus En Colombia .” Universidad Autónoma de Occidente (March):0–7.
Leite, Roniere, Walman Benício, José Oliveira, and Kleanny Gama. 2019. “Potencial Da Ferramenta Computacional OriginPro 8 SRO v8.0724 (B724) Na Geração de Funções Não-Lineares Que Descrevem Curvas Exotérmica e Endotérmica Numa Liga Metálica Ni50Ti30Hf20 .At% Com EMF.” 0724(2):109–14.
Manrique, Fred, Carlos Agudelo, Víctor González, Oscar Gutiérrez, Cristian Téllez, and giomar Herrera. 2020. “Modelo SIR de La Pandemia de Covid-19 En Colombia.” 1–9.
Ministerio de salud y protección social. 2020. “Abecé Nuevo Coronavirus (Covid-19).” MinSalud 1–5.
Montesinos-López, Osval Antonio, and Carlos Moisés Hernández-Suárez. 2007. “Modelos Matemáticos Para Enfermedades Infecciosas.” Salud Publica de Mexico 49(3):218–26.
Pérez, pastor Emanuel. 2020. “Dinamica Temprana de COVID-19 En Paraguay . Reporte Técnico.” (March).
Presidencia de la República. 2020. “Decreto Número 457 Del 22 de Marzo de 2020.” 1–14.
Sánchez-Duque, Jorge A., Laura R. Arce-Villalobos, and Alfonso J. Rodríguez-Morales. 2020. “Coronavirus Disease 2019 (COVID-19) in Latin America: Role of Primary Care in Preparedness and Response.” Atencion Primaria 52(6):369–72.
Sanz, Iranzu. 2016. “Modelos Epidemiológicos Basados En Ecuaciones Diferenciales.”
Social, Ministerio de salud y protección. 2019. “Decreto Numero 990 de 2020.” Journal of Chemical Information and Modeling 53(9):1689–99.
Boyacá, G. d. (10 de julio de 2020). Secretaria de Salud de Boyacá. Obtenido de https://www.boyaca.gov.co/secretariasalud/
Minsalud. (10 de julio de 2020). Instituto Nacional de Salud . Obtenido de https://www.ins.gov.co/Paginas/Inicio.aspx

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