Amanda has 30 years to save for her retirement. At the beginning of each year, she puts a fixed amount into her retirement account. At any point in time, all of Amanda’s retirement funds are tied up in the stock market. Historically the fund has had normally-distributed returns with a mean of 9.5% and a standard deviation of 5%. She assumes that the historical distribution will hold for the next 30 years. She wants to estimate the probability of meeting her goal of having at least $1 million for retirement. Assume that if Amanda reaches her goal before 30 years, she will stop investing and retire at that point. She wants to compare the probability for 3 different annual investment amounts: $4,000, $5,000 and $6,000.

8. agreement and disagreement among economists suppose that bob, an economist from a university in arizona, and cho, an economist from a public television program, are arguing over saving incentives. the following dialogue shows an excerpt from their debate: cho: i think it's safe to say that, in general, the savings rate of households in today's economy is much lower than it really needs to be to sustain an improvement in living standards. bob: i think a switch from the income tax to a consumption tax would bring growth in living standards. cho: you really think households would change their saving behavior enough in response to this to make a difference? because i don't. the disagreement between these economists is most likely due to . despite their differences, with which proposition are two economists chosen at random most likely to agree? rent ceilings reduce the quantity and quality of available housing. immigrants receive more in government benefits than they contribute in taxes. having a single income tax rate would improve economic performance.

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Selected data for stick’s design are given as of december 31, year 1 and year 2 (rounded to the nearest hundredth). year 2 year 1 net credit sales $25,000 $30,000 cost of goods sold 16,000 18,000 net income 2,000 2,800 cash 5,000 900 accounts receivable 3,000 2,000 inventory 2,000 3,600 current liabilities 6,000 5,000 compute the following: 1. current ratio for year 2 2. acid-test ratio for year 2 3. accounts receivable turnover for year 2 4. average collection period for year 2 5. inventory turnover for year 2