Exam 30: Structural Models of Default Risk

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A firm's current value is 1 billion. The firm has one-year zero-coupon debt of face value €0.6 billion. Assume an expected growth rate of the firm's assets of 0% and a standard deviation of asset value of 0.3 billion. If the firm asset value at year end is normally distributed, what is the probability that the firm's assets will not be sufficient to repay the debt at the end of the year?

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Credit spreads in the Merton (1974) model will be increasing, ceteris paribus, when

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A firm has one-year zero-coupon debt with face value $7 billion. Assuming the firm value at the end of the year is normally distributed with a mean of 10 billion and a standard deviation of 2 billion, , what is the probability that the firm's assets will not be sufficient to repay the debt at the end of the year?

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In Altman's Z-score model, which of the following variables has a negative coefficient in the discriminant function that comes out of the model? (A negative coefficient would mean that the Z-score is decreasing in the variables.)

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Equity and debt in a firm are option-like. Which of the following options are they?

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Equity holders in a leveraged firm have

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