Consider the following relations Product (name, production-year, rating, company-name) Company (name, state, employee-num) Assume cach product is produced by just one company, whose name is mentioned in the company-name attribute of the Product relation. Attributes name are the primary key for both relations Product and Company. Attribute company-name is a foreign key from relation Product to relation Company. Attribute rating shows how popular a product is and its values are between 1-5. The following statistics are available about the relations Product B(Produt)1000 T(Product) 45000 V(Product, company-name)-300 V(Product, state)-50 Company B(Company) 25 T(Company)-500 The following query returns the products with rating of 5 that are produced after 2000 and the states of their companies SELECT p.name, c.state FROM Product p, Company WHERE p.company-name c.name and p.production-year 2000 and p.rating 5 Suggest an optimized query evaluation plan for the above query. Then, estimate the size of each intermediate relation in your query plan. By an intermediate relation, I mean the relation created after each selection or join