This added level of complexity can be modeled with the following equation for the expected cash flows for time period 1: E (CFs.) = (E (CF;o) E (S; ) where CF;t is the cash flow denominated in foreign currencyj, at the end of time period t Sj, represents an the exchange rate for the foreign currency, measured in units of domestic currency per unit of foreign currency Now suppose that, at the end of the next time period t, California Co. expects cash flows from subsidiaries in located both Mexico as well as the UK, in addition to cash flows from the local business in the United States. At the end of time period 1, the cash flow expected from the local business is expected to be $600,000 while the cash flow expected from the subsidiary in Mexico is expected to be 1,200,000 pesos, which is equivalent to $132,000 at the exchange rate of $0.11 per peso. If the expected cash flow from the UK subsidiary is 1,000,000 euros, and the exchange rate is forecasted to be $1.40 per euro, then the total expected cash flows for California Co., in dollars, are