Season Tickets. Assume that ISU athletics is considering raising the football ticket prices for next season and wishes to survey all ISU students by asking: Would you still purchase season tickets if the price increased by $15? (a) Choose one. The population would be best described as ... i. ISU students ii. ISU students polled iii. the number of ISU students polled iv. the proportion of ISU students polled v. the number of ISU students who would be willing to pay $15 more for their next season tickets vi. the proportion of ISU students who would be willing to pay $15 more for their next season tickets vii. the number of ISU students polled who would be willing to pay $15 more for their next season tickets viii. the proportion of ISU students polled who would be willing to pay $15 more for their next season tickets (b) Choose one. The parameter would be best described as ... i. ISU students ii. ISU students polled iii. the number of ISU students polled iv. the proportion of ISU students polled v. the number of ISU students who would be willing to pay $15 more for their next season tickets vi. the proportion of ISU students who would be willing to pay $15 more for their next season tickets vii. the number of ISU students polled who would be willing to pay $15 more for their next season tickets viii. the proportion of ISU students polled who would be willing to pay $15 more for their next season tickets (c) Choose one. If they randomly select a specified number of undergraduate students and a specified number of graduate students and then survey the selected students in both groups, the sample would be a ... i. simple random sample ii. systematic random sample iii. stratified random sample iv. cluster sample v. voluntary response sample vi. convenience sample 1 (d) Choose one. If they ask the first 100 students entering Jack Trice Stadium on a football game day if they would be willing to pay the extra fee for the next season, this is an example of a ... i. simple random sample ii. systematic random sample iii. stratified random sample iv. cluster sample v. voluntary response sample vi. convenience sample (e) Choose one. If they survey every 80th person from a list of all students, starting from a randomly selected individual, the sample would be called a ... i. simple random sample ii. systematic random sample iii. stratified random sample iv. cluster sample v. voluntary response sample vi. convenience sample (f) Choose one. If they send an email to all students on a Sunday morning and ask if you would be willing to pay the extra fee for the next football season, this is an example of a ... i. simple random sample ii. systematic random sample iii. stratified random sample iv. cluster sample v. voluntary response samp

U. WIIL IS we expected dillounit ol net operaung income Ion next year? Do not prepare all movie statement, use we degree u operating leverage to compute your answer.). Complete this question by entering your answers in the tabs below. Req 1A Req 1B Reg 2 Compute the degree of operating leverage. Degree of operating leverage 2. (15 pts) Two fair coins are flipped and player I is allowed to view the outcome, player II is not. Player I can fold and pay player II $2, or stay. If player I stays, then player II must try to guess the number of tails showing. If player II guesses correctly, player I must pay him $2 for each tail showing. If player II guesses incorrectly, then he must pay player I $2 for each head showing. (a) Write out the game in extensive form (that is, write out the game tree), labeling the nodes with the position of the game from the point of view of the player who must make the next move, labeling chance moves with their probabilities, and terminal nodes with the payoff to player I. (b) Carefully describe the set of pure strategies available to each player and write down the payoff matrix for the game with the rows and columns labeled by the strategies. (c) Eliminate all strictly dominated strategies, then determine v and v for the reduced game. Does the reduced game have a solution in pure strategies? If so, what is it?(Bond market) There are three bonds in the market as follows: 1. A bond with 4% coupon rate (paid annually), 10 years to maturity, and $1,000 face value 2. A bond with 4% plus current (short) rate (paid annually), 10 years to maturity, and $1,000 face value 3. A bond with 8% minus current (short) rate (paid annually), 10 years to maturity, and $1,000 face value The prices of the bonds are $950, $1,100, and $900, respectively. (a) Derive the price of a zerocoupon bond with 10 years to maturity and $1,000 face value. (b) Derive the price of a oatingrate bond (coupon paid annually) with 10 years to maturity and $1,000 face value. O Pension funds pay lifetime annuities to recipients. If a firm remains in business indefinitely, the pension obligation will resemble a perpetuity. Suppose, therefore, that you are managing a pension fund with obligations to make perpetual payments of $2 million per year to beneficiaries. The yield to maturity on all bonds is 16%. points a. If the duration of 5-year maturity bonds with coupon rates of 12% (paid annually) is four years and the duration of 20-year maturity bonds with coupon rates of 6% (paid annually) is eight years, how much of each of these coupon bonds [in market value] will you want to hold to both fully fund and immunize your obligation? (Do not round intermediate calculations. Enter your answers in millions rounded to 1 decimal place.) * Answer is complete but not entirely correct. Holdings 5-year bond 5 670 million 20-year band S million b. What will be the par value of your holdings in the 20-year coupon bond? (Do not round intermediate calculations. Enter your answer in dollars not in millions) @ Answer Is complete but not entirely correct. Par value H