10. Deriving demand from an Indifference map Simone recently moved to Houston, where they developed a taste for drinking Americanos and eating danishes. Assume throughout this problem that the price of an Americano is held constant at $2. On the following graph, the purple curves (7, and /2) describe two of Simone's Indifference curves. The lines BC, and BC, represent two budget constraints. Points X and Y show Simone's optimal consumption bundles subject to the budget constraints. (?) 20 AMERICANOS BC, BC 10 12 14 16 18 20 DANISHES Given the preceding graph and knowing the price of an Americano Is $2, Simone's available Income for Americanos and danishes Is |$ Using the income amount you just computed, complete the following table by finding the price of a danish when BC, represents Simone's budget constraint and when BC2 represents her budget constraint. Then Indicate the quantity of danishes consumed in each of those scenarios. Price Consumption When Simone's budget constraint Is... ( Dollars per danish) (Danishes) BC BC2 Given the price-quantity combinations from the preceding table, use the blue line ( circle symbol) to plot Simone's demand for danishes on the following graph. Hint: Assume that Simone's demand for danishes is a straight line. You should derive two points on the demand curve from the preceding graph. Then place the blue line on the following graph so that it passes through these two points. O Demand PRICE (Dollars per danish) 10 12 14 16 18 20 QUANTITY (Danishes)