Linear programming can be applied to efficiently allocate resources in a manufacturing process by mathematically optimizing the assignment of tasks to available resources, minimizing costs or maximizing efficiency.

Determine the decision variables that represent the quantities of resources to be allocated. These variables could include the amount of raw materials to use, the number of labor hours to assign, and the machine time for each product or process.

Perform sensitivity analysis to assess how changes in input parameters (such as resource availability or demand) affect the optimal solution. This helps in making informed decisions under varying conditions.

Identify the variables that represent the quantities to be allocated, such as the amount of each resource allocated to each task or product.

Perform sensitivity analysis to assess how changes in input parameters (such as resource availability or demand) affect the optimal solution. This helps in making informed decisions under varying conditions