A ceramics workshop makes serving bowls, platters, and bread…

A ceramics workshop makes serving bowls, platters, and bread baskets to sell at its Winter Festival. A serving bowl takes 3 hours to prepare, 2 hours to paint, and  10 hours to fire. A platter takes  15 hours to prepare, 3 hours to paint, and 4 hours to fire. A bread basket takes 4 hours to prepare,  15 hours to paint, and 7 hours to fire. If the workshop has  104 hours for prep time,  59 hours for painting, and  108 hours for firing, how many of each can be made? Let x represent the number of serving bowls, y represent the number of platters and z represent the number of bread baskets. Select the system of equations that best fit the problem.

A ceramics workshop makes serving bowls, platters, and bread…

A ceramics workshop makes serving bowls, platters, and bread baskets to sell at its Winter Festival. A serving bowl takes 3 hours to prepare, 2 hours to paint, and  10 hours to fire. A platter takes  15 hours to prepare, 3 hours to paint, and 4 hours to fire. A bread basket takes 4 hours to prepare,  15 hours to paint, and 7 hours to fire. If the workshop has  104 hours for prep time,  59 hours for painting, and  108 hours for firing, how many of each can be made? Let x represent the number of serving bowls, y represent the number of platters and z represent the number of bread baskets. Select the system of equations that best fit the problem.

Find the equilibrium point for the given demand and supply f…

Find the equilibrium point for the given demand and supply functions. Here p represents price and q represents quantity.p = -1.7q + 15 (demand)p = 0.7q + 3 (supply) Find the equilibrum quantity (q). units (Round to nearest whole number) Find the equilibrium price (p). $ (Do not enter the $ sign. Round to nearest cent.)