Cost of cultivation, gross and net returns, benefit-cost ratio and cost of production. Arguments may be vectors (one value per treatment).
Usage
economic_analysis(
yield,
price,
cost_fixed,
cost_variable,
byproduct_yield = 0,
byproduct_price = 0,
verbose = TRUE
)Examples
economic_analysis(yield = 1200, price = 65, cost_fixed = 15000,
cost_variable = 12000)
#>
#> ======================================================================
#> ECONOMIC ANALYSIS
#> ======================================================================
#> Yield_kg_ha Price_Rs_kg Cost_Fixed Cost_Variable Total_Cost Gross_Return
#> 1200 65 15000 12000 27000 78000
#> Net_Return BC_Ratio Return_per_Rupee Cost_of_Production
#> 51000 2.89 1.89 22.5
#>
#> B:C ratio = gross return / total cost; cost of production in Rs/kg
economic_analysis(yield = c(1050, 1200, 1340), price = 65,
cost_fixed = 15000, cost_variable = c(11000, 12000, 13500),
byproduct_yield = c(1600, 1800, 1950), byproduct_price = 5)
#>
#> ======================================================================
#> ECONOMIC ANALYSIS
#> ======================================================================
#> Yield_kg_ha Price_Rs_kg Cost_Fixed Cost_Variable Total_Cost Gross_Return
#> 1050 65 15000 11000 26000 76250
#> 1200 65 15000 12000 27000 87000
#> 1340 65 15000 13500 28500 96850
#> Net_Return BC_Ratio Return_per_Rupee Cost_of_Production
#> 50250 2.93 1.93 24.76
#> 60000 3.22 2.22 22.50
#> 68350 3.40 2.40 21.27
#>
#> B:C ratio = gross return / total cost; cost of production in Rs/kg
