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Pane Ughw 6 1. Assume city budget is $50,000, Ppolice $20.P $10. Feds offer 1:1 match...
3. Assume city budget is $100,000, Ppolice= $200. Pote = $100. Feds offer 2:1 match up...
3. Assume city budget is $100,000, Ppolice= $200. Pote = $100. Feds offer 2:1 match up to 300 fire units. Using indifference curves to show a situation where the city increases the purchase of fire units by more than 100 units.
2. Assume the city budget is $1000, Ppotholes= $10. Price = $5. State offers a 1:1...
2. Assume the city budget is $1000, Ppotholes= $10. Price = $5. State offers a 1:1 match up to 50 units of potholes. Using indifference curves show a situation where the city does not increase fire units.
Multiple choice with tables. Answer 1-6 ABC Inc. Offer Rebate 20, 10 12, 16 No Rebate...
Multiple choice with tables. Answer 1-6
ABC Inc. Offer Rebate 20, 10 12, 16 No Rebate 30, 0 20, 4 XYZ Corp Offer Rebate No Rebate 1. Which of the following is true about the above game ? a. ABC's dominant strategy is to offer a rebate b. ABCs dominant strategy is not offer a rebate. c. XYZs dominant strategy is to offer a rebate. d. XYZ's dominant strategy is not offer a rebate. e. Both ABC and XYZ have...
i need question 10 answered Find the convexity of the share of stock in problem (6) above. 7. A bond has a price of 1,020, a modified duration of 4.19, and a convexity of 68.45. If the interest...
i need question 10 answered
Find the convexity of the share of stock in problem (6) above. 7. A bond has a price of 1,020, a modified duration of 4.19, and a convexity of 68.45. If the interest rate increases by 25 basis points (one-fourth of a percent), find the estimated new price of the bond 8. insurance company has an obligation to pay $12,000 one year from now, and $9,000 two years from now. The insurance company purchases a...
1) Assume that (P. L. d) satisfies postulates 1-6 of neutral geometry. Let C P be...
1) Assume that (P. L. d) satisfies postulates 1-6 of neutral geometry. Let C P be a ne. We denote by H and H the two sides of (see postulate 6) (a) Show that both sides H+ and H are non-empty. (20 points) (b) Show that both sides H+ and H are infinite sets. (10 points)
Assume that demand for a commodity is represented by the equation P = 20 – 0.6...
Assume that demand for a commodity is represented by the equation P = 20 – 0.6 Q d, and supply by the equation P = 10 + 0.2 Qs where Qd and Q s are quantity demanded and quantity supplied, respectively, and P is the Price. Use the equilibrium condition Qs = Qd 1: Solve the equations to determine equilibrium price. 2: Now determine equilibrium quantity. 3. Make a Table of points and then graph the following 4. Graph Demand...
Assume that demand for a commodity is represented by the equation P = 20 – 0.6...
Assume that demand for a commodity is represented by the equation P = 20 – 0.6 Q d, and supply by the equation P = 10 + 0.2 Qs where Qd and Q s are quantity demanded and quantity supplied, respectively, and P is the Price. Use the equilibrium condition Qs = Qd 1: Solve the equations to determine equilibrium price. 2: Now determine equilibrium quantity. 3: Graph the two equations to substantiate your answers and label these two graphs...
1. The following are the values of waiting time of 6 customers of a city bank...
1. The following are the values of waiting time of 6 customers of a city bank in minutes 3, 5, 6, 6, 8, 9 Find mean and standard deviations using the formula: 2 n(n-1) 2. You have drawn a card from a fully shuffled deck of 52 ordinary playing cards. Find the probabilities Clot b a. P(King or Red)- b. P (Heart or Queen) C. P (Below 5/not Ace)- d. P (Above&/ not Face)- e. P Red / Face 3....
Question: Consider a consumer with utility function4, income Z, and who faces market prices of p,...
Question: Consider a consumer with utility function4, income Z, and who faces market prices of p, and py (a) Use our optimality condition of MRSy MRTay to find the relationship between x and y which must always be satisfied by a bundle that maximizes the consumer's utility (b) After incorporating the consumer's budget to the problem, calculate the consumer's de- mand for x and y which we will call x(P Z) and y(Py, Z), respectively, because it empha- sizes the...
Chapter 5: Problem Set 10 Calenlate the following binomial probabilities by either using one of the...
Chapter 5: Problem Set 10 Calenlate the following binomial probabilities by either using one of the binomial probahility tables, or calculating the probability with a calculator or software using the formmla n Piain,p) ald where g-1-P (a) Pr-4,n-15,p2) (b) P(z-9,n-12,p 75) (e) P(r>6,n-10, p 8) (d) P(z<20, n-20,p- 9) 11. Cards: Suppose you draw a card from a deck (with replacement) 10 times in a row What is the probability that you get exactly 4 hearts? 0- 12. Lie Détector:...
3. Assume city budget is $100,000, Ppolice= $200. Pote = $100. Feds offer 2:1 match up to 300 fire units. Using indifference curves to show a situation where the city increases the purchase of fire units by more than 100 units.
2. Assume the city budget is $1000, Ppotholes= $10. Price = $5. State offers a 1:1 match up to 50 units of potholes. Using indifference curves show a situation where the city does not increase fire units.
Multiple choice with tables. Answer 1-6
ABC Inc. Offer Rebate 20, 10 12, 16 No Rebate 30, 0 20, 4 XYZ Corp Offer Rebate No Rebate 1. Which of the following is true about the above game ? a. ABC's dominant strategy is to offer a rebate b. ABCs dominant strategy is not offer a rebate. c. XYZs dominant strategy is to offer a rebate. d. XYZ's dominant strategy is not offer a rebate. e. Both ABC and XYZ have...
i need question 10 answered
Find the convexity of the share of stock in problem (6) above. 7. A bond has a price of 1,020, a modified duration of 4.19, and a convexity of 68.45. If the interest rate increases by 25 basis points (one-fourth of a percent), find the estimated new price of the bond 8. insurance company has an obligation to pay $12,000 one year from now, and $9,000 two years from now. The insurance company purchases a...
1) Assume that (P. L. d) satisfies postulates 1-6 of neutral geometry. Let C P be a ne. We denote by H and H the two sides of (see postulate 6) (a) Show that both sides H+ and H are non-empty. (20 points) (b) Show that both sides H+ and H are infinite sets. (10 points)
1. The following are the values of waiting time of 6 customers of a city bank in minutes 3, 5, 6, 6, 8, 9 Find mean and standard deviations using the formula: 2 n(n-1) 2. You have drawn a card from a fully shuffled deck of 52 ordinary playing cards. Find the probabilities Clot b a. P(King or Red)- b. P (Heart or Queen) C. P (Below 5/not Ace)- d. P (Above&/ not Face)- e. P Red / Face 3....
Question: Consider a consumer with utility function4, income Z, and who faces market prices of p, and py (a) Use our optimality condition of MRSy MRTay to find the relationship between x and y which must always be satisfied by a bundle that maximizes the consumer's utility (b) After incorporating the consumer's budget to the problem, calculate the consumer's de- mand for x and y which we will call x(P Z) and y(Py, Z), respectively, because it empha- sizes the...
Chapter 5: Problem Set 10 Calenlate the following binomial probabilities by either using one of the binomial probahility tables, or calculating the probability with a calculator or software using the formmla n Piain,p) ald where g-1-P (a) Pr-4,n-15,p2) (b) P(z-9,n-12,p 75) (e) P(r>6,n-10, p 8) (d) P(z<20, n-20,p- 9) 11. Cards: Suppose you draw a card from a deck (with replacement) 10 times in a row What is the probability that you get exactly 4 hearts? 0- 12. Lie Détector:...
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