5. Find the combination of 2,500 WMD and 90,000 pounds of Food on Figure 1. Label this point A. Is it an attainable combination for Alpha? __ 6. Find the combination of 2,750 WMD and 70,000 pounds of Food.Label this point B.. Is it attainable? __ 7. Find specialization point,WMD and 140,000 pounds of Food and label it point C. Is this point attainable? __ 8. We conclude that attainable combination points are (on/inside/outside)the production possibilities curve. 9. A point inside of the production possibilities curve is inefficient because it is possible to produce more of one or both goods without opportunity cost. Find the combination of 2,000 WMD and 40,000 pounds of Food. Label this point D. Show that it is inefficient by shading all of the attainable combinations that show that more of one or both goods can be attained. 10. Suppose the government of Alpha wanted to move from 70,000 pounds of Food and 2,750 WMD to 0 pounds of Food and 3,000 WMD. Calculate the opportunity cost in terms of pounds of Food. __ 11. Is specialization point 0 pounds of Food and 3,000 WMD desirable? __

5. To find the combination of 2,500 WMD and 90,000 pounds of Food on Figure 1, locate the point where the WMD axis is at 2,500 and the Food axis is at 90,000. Label this point A. To determine if it is an attainable combination for Alpha, check if the point lies on or inside the production possibilities curve. If it is on the curve or inside it, then it is attainable.<br /><br />6. To find the combination of 2,750 WMD and 70,000 pounds of Food, locate the point where the WMD axis is at 2,750 and the Food axis is at 70,000. Label this point B. To determine if it is attainable, check if the point lies on or inside the production possibilities curve. If it is on the curve or inside it, then it is attainable.<br /><br />7. To find the specialization point with 0 WMD and 140,000 pounds of Food, locate the point where the WMD axis is at 0 and the Food axis is at 140,000. Label this point C. To determine if it is attainable, check if the point lies on or inside the production possibilities curve. If it is on the curve or inside it, then it is attainable.<br /><br />8. We conclude that attainable combination points are on or inside the production possibilities curve.<br /><br />9. To find the combination of 2,000 WMD and 40,000 pounds of Food, locate the point where the WMD axis is at 2,000 and the Food axis is at 40,000. Label this point D. To show that it is inefficient, shade all of the attainable combinations that show that more of one or both goods can be attained.<br /><br />10. To calculate the opportunity cost in terms of pounds of Food when moving from 70,000 pounds of Food and 2,750 WMD to 0 pounds of Food and 3,000 WMD, we need to determine how much Food needs to be given up to produce an additional unit of WMD. This can be done by finding the slope of the production possibilities curve at the given points.<br /><br />11. To determine if the specialization point of 0 pounds of Food and 3,000 WMD is desirable, consider the benefits of specialization and trade. Specialization allows Alpha to produce WMD more efficiently, and trade can enable Alpha to obtain Food at a lower opportunity cost. If Alpha can trade effectively, the specialization point can be desirable.