Respuesta :
when we have three factories with four warehouses then the total number of decision variables are 12.
A decision variable is an unknown in an optimization problem. It has a domain, that is a compact illustration of the set of all viable values for the variable. Decision variable sorts are references to gadgets whose genuine nature relies upon at the underlying optimizer of a model.").
For example, a discrete choice variable with a number of 1 to five and a step length of one can most effective take at the values 1, 2, 3, 4, or five. Decision Variables: These are the unknown portions which can be predicted to be predicted as an output of the LPP solution. Objective Function: All linear programming issues goal to both maximize or reduce a few numerical fee representing profit, cost, manufacturing quantity, etc.
Decision variables = factories * warehouses
Decision variables= 3 * 4
Decision variables= 12.
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Correct Question:
suppose we have a transportation with three factories and four warehouses. how many decision variables we must have.
