Mathematical model of nonlinear programming to optimize profits in credits in the financial system
DOI:
https://doi.org/10.32911/llalliq.2024.v4.n1.1122Keywords:
Mathematical model; Nonlinear programming; credits from the financial system; utilities.Abstract
The general objective of this research was to determine to what extent the mathematical model of nonlinear programming optimizes profits on credits in the financial system. The research was applied pre-experimental with a quantitative approach, the population and sample were made up of four types of credits, the data recording sheet was used as an instrument. The mathematical non-linear programming model using the LINGO software optimized the profits on the loans with an increase of 279,118.10 soles, equivalent to a 2.66% increase in returns. It also optimized profits in Agricultural Credit with an increase of 96,005.10 soles, equivalent to 2.98%. Optimized profits in Mortgage Credit with an increase of 717,677.30 soles, equivalent to 3.88%. Optimized profits in Informal Credit with an increase of 10,531.50 soles, equivalent to 1.11%. Optimized profits in Formal Credit with an increase of 292,258.60 soles, equivalent to 2.68%.
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Copyright (c) 2024 Jonhy Saturnino Garay Santisteban, Ernesto Antonio Cedrón León
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