1. A manufacturing company has two warehouses from which it distributes its product to five retailers. At the start of every week, each retailer sends an order to the company's head office, which is then dispatched from the appropriate warehouse to the retailer. The company would like to have an interactive computer program which they can run week by week to tell them which warehouse should supply which retailer so as to minimize the costs of the whole operation. For example, suppose that at the start of a given week the company has 1000 products at warehouse A, and 4000 products at warehouse B, and that the retailers require 500, 900, 1800, 200, and 700 products respectively. Transportation Cost of each path is given in the following Table. What data structure can be used to store number of retailers, warehouses capacity, costs information, and retailers' demand? Create the appropriate data structures in Python Warehouse Retailer1 Retailer2 Retailer3 Retailer4 Retailer5 W1 (A) W2 (B) 1. A manufacturing company has two warehouses from which it distributes its product to five retailers. At the start of every week, each retailer sends an order to the company's head office, which is then dispatched from the appropriate warehouse to the retailer. The company would like to have an interactive computer program which they can run week by week to tell them which warehouse should supply which retailer so as to minimize the costs of the whole operation. For example, suppose that at the start of a given week the company has 1000 products at warehouse A, and 4000 products at warehouse B, and that the retailers require 500, 900, 1800, 200, and 700 products respectively. Transportation Cost of each path is given in the following Table. What data structure can be used to store number of retailers, warehouses capacity, costs information, and retailers' demand? Create the appropriate data structures in Python Warehouse Retailer1 Retailer2 Retailer3 Retailer4 Retailer5 W1 (A) W2 (B)