ࡱ> {M tbjbj== "FWWj%lNNNN& & & RZZZZR2ؓؓؓؓ.000000$e tT& & TNNؓؓiNؓ& ؓ..h L& Rؓ @ÇRZFR04R: 8rNNNNMonthly Payment per $1000 of Mortgage Interest rate Monthly Payment 15-year loan 20-year loan 25-year loan 30-year loan 9.5% $10.45 $9.33 $8.73 $8.41 10.0% $10.75 $9.66 $9.09 $8.78 10.5% $11.06 $9.99 $9.45 $9.15 11.0% $11.37 $10.33 $9.81 $9.53 11.5% $11.69 $10.66 $10.16 $9.90 12.0% $12.01 $11.01 $10.53 $10.29 12.5% $12.33 $11.36 $10.90 $10.67 13.0% $12.66 $11.72 $11.28 $11.06 Answer: 49.6% 1. Write as a percent: 0.496 1. Write as a percent: 0.496  Answer: 0.00096% 2. Write as a decimal: 0.096% 2. Write as a decimal: 0.096%  Answer: 109,060,000 bushels 3. Use the circle graph to answer the question: These states had a total wheat production last year of 779,000,000 bushels. Determine the number of bushels of wheat produced by Washington last year. 3. Use the circle graph to answer the question: These states had a total wheat production last year of 779,000,000 bushels. Determine the number of bushels of wheat produced by Washington last year.  Answer: 44% 4. On a biology test, a student got 25 answers correct but did not pass. On a second attempt, the student got 36 questions correct. What was the percent increase? 4. On a biology test, a student got 25 answers correct but did not pass. On a second attempt, the student got 36 questions correct. What was the percent increase?  Answer: 6% 5. By switching service providers, a familys telephone bill decreased from about $50 a month to about $47. What was the percent decrease? 5. By switching service providers, a familys telephone bill decreased from about $50 a month to about $47. What was the percent decrease?  Answer: 250.00 6. 50 is 20% of what number ? (round to the nearest hundredth) 6. 50 is 20% of what number ? (round to the nearest hundredth)  Answer: 173.68 7. 38% of what number is 66? (round to the nearest hundredth) 7. 38% of what number is 66? (round to the nearest hundredth)  Answer: 4.05 8. 8.8% of 46 is what number? (round to the nearest hundredth) 8. 8.8% of 46 is what number? (round to the nearest hundredth)  Answer: 21% 9. A store manager paid $126 for an item and set the selling price at $152.46. What was the percent markup? 9. A store manager paid $126 for an item and set the selling price at $152.46. What was the percent markup?  Answer: 38,293 copies 10. Brand X copier advertises that its copiers run 23% longer between service calls than its competitor. If Brand X copiers run 47,100 copies between services, how many copies would the competitor run? 10. Brand X copier advertises that its copiers run 23% longer between service calls than its competitor. If Brand X copiers run 47,100 copies between services, how many copies would the competitor run?  Answer: $68.23 11. Midtown Antiques collects 4% sales tax on all sales. If total sales including tax are $1773.97, find the portion that is the tax amount. 11. Midtown Antiques collects 4% sales tax on all sales. If total sales including tax are $1773.97, find the portion that is the tax amount.  Answer: $45.00 12. Find the simple interest. The rate is an annual rate unless otherwise noted. Assume 360 days in a year and 30 days per month: Principal = $500 Rate = 3% Time in years = 3 12. Find the simple interest. The rate is an annual rate unless otherwise noted. Assume 360 days in a year and 30 days per month: Principal = $500 Rate = 3% Time in years = 3  Answer: $4566.58 13. Solve the problem. Assume that simple interest is being calculated in each case. Assume that rates are annual unless stated otherwise. Round your answer to the nearest cent: Annies caf borrows $4500 at 9% for 60 days. Find the total amount that must be repaid after 60 days (Use a 365 day year).13. Solve the problem. Assume that simple interest is being calculated in each case. Assume that rates are annual unless stated otherwise. Round your answer to the nearest cent: Annies caf borrows $4500 at 9% for 60 days. Find the total amount that must be repaid after 60 days (Use a 365 day year).Answer: 189 14. Use a day counting table to find the exact number of days from the first date to the second date: May 7 to November 12 14. Use a day counting table to find the exact number of days from the first date to the second date: May 7 to November 12  Answer: $13369.03 15. Use the compound interest formula to compute the total amount of each investment. $7710 at 7% compounded semiannually for 8 years. 15. Use the compound interest formula to compute the total amount of each investment. $7710 at 7% compounded semiannually for 8 years.  Answer: $6938.05 16. Brad invests $6700 in an account paying 6% compounded monthly. How much is in the account after 7 months? 16. Brad invests $6700 in an account paying 6% compounded monthly. How much is in the account after 7 months?  Answer: total finance charge = $320.99; monthly payment = $192.83 17. Use an annual percentage rate table to solve the problem: A furniture outlet allows customers to finance their furniture purchases with a fixed installment loan. Customers must pay a 10% down payment and finance the balance for 18 months at an APR of 12.50%. Determine the total finance charge and monthly payment for a bedroom suite that costs $3500 (including tax). 17. Use an annual percentage rate table to solve the problem: A furniture outlet allows customers to finance their furniture purchases with a fixed installment loan. Customers must pay a 10% down payment and finance the balance for 18 months at an APR of 12.50%. Determine the total finance charge and monthly payment for a bedroom suite that costs $3500 (including tax).  Answer: 8.5% 18. Use an annual percentage rate table to solve the problem: A student has a total of $3000 in student loans that will be paid with a 48-month installment loan with monthly payments of $73.94. Determine the APR of the loan to the nearest one-half of a percent. 18. Use an annual percentage rate table to solve the problem: A student has a total of $3000 in student loans that will be paid with a 48-month installment loan with monthly payments of $73.94. Determine the APR of the loan to the nearest one-half of a percent.  Answer: 7.5% 19. Use an annual percentage rate table to solve the problem: A college student purchased a used car for $5000. He paid 15% down and then paid 18 monthly payments of $250.37. Determine the APR of the loan to the nearest one-half of a percent. 19. Use an annual percentage rate table to solve the problem: A college student purchased a used car for $5000. He paid 15% down and then paid 18 monthly payments of $250.37. Determine the APR of the loan to the nearest one-half of a percent.  Answer: $2946.18 20. Solve the problem. Use an annual percentage rate table if necessary: Sarah Yost took out a 48-month fixed installment loan of $26,000 to open a gift shop. She began making monthly payments of $647.02. Sarahs business does better than expected and instead of making her 12th payment, Sarah decides to repay her loan in full. How much interest will Sarah save (use the actuarial method)? 20. Solve the problem. Use an annual percentage rate table if necessary: Sarah Yost took out a 48-month fixed installment loan of $26,000 to open a gift shop. She began making monthly payments of $647.02. Sarahs business does better than expected and instead of making her 12th payment, Sarah decides to repay her loan in full. How much interest will Sarah save (use the actuarial method)?  Answer: $695.38 21. Solve the problem. Use an annual percentage rate table if necessary: What is the monthly payment on a 15-year loan of $57,900 if the annual interest rate is 12%? 21. Solve the problem. Use an annual percentage rate table if necessary: What is the monthly payment on a 15-year loan of $57,900 if the annual interest rate is 12%?  Answer: $754.80 22. Solve the problem. Use an annual percentage rate table if necessary: What is the monthly payment on a 20-year loan of $80,900 if the annual interest rate is 9.5%? 22. Solve the problem. Use an annual percentage rate table if necessary: What is the monthly payment on a 20-year loan of $80,900 if the annual interest rate is 9.5%?  Answer: $3060.00 23. Solve the problem. Use an annual percentage rate table if necessary: Justin Lowery is buying a condominium that sells for $120,000. The bank is requiring a minimum down payment of 15%. To obtain a 20-year mortgage at 7.5% interest, Justin must pay 3 point(s) at the time of closing. What is the cost of the 3 point(s) on the mortgage? 23. Solve the problem. Use an annual percentage rate table if necessary: Justin Lowery is buying a condominium that sells for $120,000. The bank is requiring a minimum down payment of 15%. To obtain a 20-year mortgage at 7.5% interest, Justin must pay 3 point(s) at the time of closing. What is the cost of the 3 point(s) on the mortgage?  Answer: $2016.80 24. Solve the problem. Use an annual percentage rate table if necessary: The Jacksons monthly income is $8000. They have 15 remaining payment of $315 on a new car and 3 remaining payments of $74 on a washer and dryer. The taxes and insurance on the house are $135 per month. What maximum monthly payment does the banks loan officer feel that the Jacksons can afford? 24. Solve the problem. Use an annual percentage rate table if necessary: The Jacksons monthly income is $8000. They have 15 remaining payment of $315 on a new car and 3 remaining payments of $74 on a washer and dryer. The taxes and insurance on the house are $135 per month. What maximum monthly payment does the banks loan officer feel that the Jacksons can afford?  Answer: No 25. Solve the problem. Use an annual percentage rate table if necessary: Thomas Williams gross monthly income is $5000. He has 17 remaining payments of $268 on a new car. The taxes and insurance on the house are $85 per month. Thomas wants a 30-year, $151,000 mortgage. Does he qualify for this mortgage with a 10.5% interest rate? 25. Solve the problem. Use an annual percentage rate table if necessary: Thomas Williams gross monthly income is $5000. He has 17 remaining payments of $268 on a new car. The taxes and insurance on the house are $85 per month. Thomas wants a 30-year, $151,000 mortgage. Does he qualify for this mortgage with a 10.5% interest rate?  Answer: $298,596.00 26. Solve the problem. Use an annual percentage rate table if necessary: Constance Hairston obtains a 25-year, $125,250 mortgage at 13% on a house selling for $150,000. Her monthly payment, including principal and interest, is $1412.82. How much of the total cost will be interest? 26. Solve the problem. Use an annual percentage rate table if necessary: Constance Hairston obtains a 25-year, $125,250 mortgage at 13% on a house selling for $150,000. Her monthly payment, including principal and interest, is $1412.82. How much of the total cost will be interest?  Answer:  EMBED Equation.DSMT4  27. A dies is rolled 50 times with the following results. Outcome 1 2 3 4 5 6  Frequency 3 20 0 6 11 10 Compute the empirical probability that the die comes up a 5.27. A dies is rolled 50 times with the following results. Outcome 1 2 3 4 5 6  Frequency 3 20 0 6 11 10 Compute the empirical probability that the die comes up a 5.  Answer: 0.156 28. The table shows the number of college students who prefer a given pizza topping. Toppings freshman sophomore junior senior  Cheese 12 10 27 26 Meat 27 26 10 12 Veggie 10 12 27 26 P(juniors prefer meat toppings)28. The table shows the number of college students who prefer a given pizza topping. Toppings freshman sophomore junior senior  Cheese 12 10 27 26 Meat 27 26 10 12 Veggie 10 12 27 26 P(juniors prefer meat toppings)  Answer: 0.329 29. The table shows the number of college students who prefer a given pizza topping. Toppings freshman sophomore junior senior  Cheese 12 14 26 28 Meat 23 28 14 12 Veggie 14 12 23 28 P(students prefer meat toppings)29. The table shows the number of college students who prefer a given pizza topping. Toppings freshman sophomore junior senior  Cheese 12 14 26 28 Meat 23 28 14 12 Veggie 14 12 23 28 P(students prefer meat toppings)  Answer:  EMBED Equation.DSMT4  30. The Amboy Kennel Club has held an annual dog show for the last 42 years. During this time the winner of Best of Show has been an Alaskan Malamute 21 times, a Great Pyrnees 3 times, and a Siberian Husky 18 times. Determine the empirical probability that the next winner of Best of Show will be an Alaskan Malamute. 30. The Amboy Kennel Club has held an annual dog show for the last 42 years. During this time the winner of Best of Show has been an Alaskan Malamute 21 times, a Great Pyrnees 3 times, and a Siberian Husky 18 times. Determine the empirical probability that the next winner of Best of Show will be an Alaskan Malamute.  Answer:  EMBED Equation.DSMT4  31. Find the probability: A bag contains 13 balls numbered 1 through 13. What is the probability of selecting a ball that has an even number?31. Find the probability: A bag contains 13 balls numbered 1 through 13. What is the probability of selecting a ball that has an even number?  Answer:  EMBED Equation.DSMT4  32. Find the odds: What are the odds of drawing a 4 from these cards? 32. Find the odds: What are the odds of drawing a 4 from these cards? Answer:  EMBED Equation.DSMT4  33. Find the odds: What are the odds of drawing a number greater than 2 from these cards? 33. Find the odds: What are the odds of drawing a number greater than 2 from these cards? Answer:  EMBED Equation.DSMT4  34. The odds in favor of a horse winning a race are posted as 7:4. Find the probability that the horse will win the race.34. The odds in favor of a horse winning a race are posted as 7:4. Find the probability that the horse will win the race.  Answer:  EMBED Equation.DSMT4  35. The odds in favor of a horse winning a race are posted as 5:2. Find the probability that the horse will lose the race.35. The odds in favor of a horse winning a race are posted as 5:2. Find the probability that the horse will lose the race.  Answer:  EMBED Equation.DSMT4  36. The odds against Carl beating his friend in a round of golf are 8:7. Find the probability that Carl will beat his friend.36. The odds against Carl beating his friend in a round of golf are 8:7. Find the probability that Carl will beat his friend.  Answer:  EMBED Equation.DSMT4  37. The odds against Muffy beating her friend in a round of golf are 1:8. Find the probability that Muffy will lose.37. The odds against Muffy beating her friend in a round of golf are 1:8. Find the probability that Muffy will lose.  Answer:  EMBED Equation.DSMT4  38. Suppose you buy 1 ticket for $1 out of a lottery of 1,000 tickets where the prize for the one winning ticket is to be $500. What are your expected winnings?38. Suppose you buy 1 ticket for $1 out of a lottery of 1,000 tickets where the prize for the one winning ticket is to be $500. What are your expected winnings?  Answer:  EMBED Equation.DSMT4  39. Suppose you pay $1.00 to roll a fair die with the understanding that you will get back $3.00 for rolling a 2 or 5. What are your expected winnings?39. Suppose you pay $1.00 to roll a fair die with the understanding that you will get back $3.00 for rolling a 2 or 5. What are your expected winnings?  Answer:  EMBED Equation.DSMT4  40. Bob and Fred play the following game. Bob rolls a single die. If an even number results, Bob must pay Fred the number of dollars indicated by the number rolled. On the other hand, if an odd number is rolled, Fred must pay Bob the number of dollars indicated by the number rolled. Find Bobs expectation.40. Bob and Fred play the following game. Bob rolls a single die. If an even number results, Bob must pay Fred the number of dollars indicated by the number rolled. On the other hand, if an odd number is rolled, Fred must pay Bob the number of dollars indicated by the number rolled. Find Bobs expectation.  Answer:  EMBED Equation.DSMT4  41. A contractor is considering a sale that promises a profit of $32,000 with a probability of .7 or a loss (due to bad weather, strikes, and such) of $16,000 with a probability of .3. What is the expected profit?41. A contractor is considering a sale that promises a profit of $32,000 with a probability of .7 or a loss (due to bad weather, strikes, and such) of $16,000 with a probability of .3. What is the expected profit?  Answer: 96 42. Experience shows that a ski lodge will be full (153 guests) if there is a heavy snow fall in December, while only partially full (58 guests) with a light snow fall. What is the expected number of guests if the probability for a heavy snow fall is .40?42. Experience shows that a ski lodge will be full (153 guests) if there is a heavy snow fall in December, while only partially full (58 guests) with a light snow fall. What is the expected number of guests if the probability for a heavy snow fall is .40?  Answer: No 43. A student is taking a standardized test consisting of multiple choice questions for which there are five options for each question. Seven points are awarded for each correct answer, but the student loses 2 points for an incorrect answer. Questions left blank neither receive nor lose points. Is it in the students best interest to guess?43. A student is taking a standardized test consisting of multiple choice questions for which there are five options for each question. Seven points are awarded for each correct answer, but the student loses 2 points for an incorrect answer. Questions left blank neither receive nor lose points. Is it in the students best interest to guess?  Answer: 12 type(s) 44. Use the counting principal to obtain the answer: A restaurant offered salads with 4 types of dressings and 3 different topping(s). How many different types of salads could be offered?44. Use the counting principal to obtain the answer: A restaurant offered salads with 4 types of dressings and 3 different topping(s). How many different types of salads could be offered?  Answer: KK, KQ, KA, QK, QQ, QA, AK, AQ, AA 45. There are 3 cards in a hat; one is a king, one is a queen, and one is an ace. Two cards are to be selected at random with replacement. Using a tree diagram, obtain the sample space for the experiment. List the elements that make up the sample space.45. There are 3 cards in a hat; one is a king, one is a queen, and one is an ace. Two cards are to be selected at random with replacement. Using a tree diagram, obtain the sample space for the experiment. List the elements that make up the sample space.  Answer:  EMBED Equation.DSMT4  46. There are 3 cards in a hat; one is a king, one is a queen, and one is an ace. Two cards are to be selected at random with replacement. Using a tree diagram, obtain the sample space for the experiment. Then, find the probability that you choose the same card twice.46. There are 3 cards in a hat; one is a king, one is a queen, and one is an ace. Two cards are to be selected at random with replacement. Using a tree diagram, obtain the sample space for the experiment. Then, find the probability that you choose the same card twice.  Answer:  EMBED Equation.DSMT4  47. There are 3 cards in a hat; one is a king, one is a queen, and one is an ace. Two cards are to be selected at random with replacement. Using a tree diagram, obtain the sample space for the experiment. Then, find the probability that a king and a queen are selected.47. There are 3 cards in a hat; one is a king, one is a queen, and one is an ace. Two cards are to be selected at random with replacement. Using a tree diagram, obtain the sample space for the experiment. Then, find the probability that a king and a queen are selected.  Answer:  EMBED Equation.DSMT4  48. A couple plans to have four children. Using a tree diagram, obtain the sample space. Then, find the probability that the family has three boys first and then one girl.48. A couple plans to have four children. Using a tree diagram, obtain the sample space. Then, find the probability that the family has three boys first and then one girl.  Answer:  EMBED Equation.DSMT4  49. Find the probability: A 6-sided die is rolled. What is the probability of rolling a 3 or a 4?49. Find the probability: A 6-sided die is rolled. What is the probability of rolling a 3 or a 4?  Answer:  EMBED Equation.DSMT4  50. One card is selected from a deck of cards. Find the probability of selecting a black card or a queen.50. One card is selected from a deck of cards. Find the probability of selecting a black card or a queen.  Answer:  EMBED Equation.DSMT4  51. One card is selected from a deck of cards. Find the probability of selecting a spade or a card less than 3 (Note: The ace is considered a low card).51. One card is selected from a deck of cards. Find the probability of selecting a spade or a card less than 3 (Note: The ace is considered a low card).  Answer:  EMBED Equation.DSMT4  52. If 81% of scheduled flights actually take place and cancellations are independent events, what is the probability that 3 separate flights will take place?52. If 81% of scheduled flights actually take place and cancellations are independent events, what is the probability that 3 separate flights will take place?  Answer:  EMBED Equation.DSMT4  53. If you are dealt two cards successively (with replacement of the first) from a standard 52-card deck, find the probability of getting a heart on the first card and a diamond on the second.53. If you are dealt two cards successively (with replacement of the first) from a standard 52-card deck, find the probability of getting a heart on the first card and a diamond on the second.  Answer:  EMBED Equation.DSMT4  54. A family has five children. The probability of having a girl is . What is the probability of having 2 girls followed by 3 boys?54. A family has five children. The probability of having a girl is . What is the probability of having 2 girls followed by 3 boys?  Answer:  EMBED Equation.DSMT4  55. A family has five children. The probability of having a girl is . What is the probability of having no girls?55. A family has five children. The probability of having a girl is . What is the probability of having no girls?  Answer:  EMBED Equation.DSMT4  56. Eloise has put 5 cans (all of the same size) on her kitchen counter; 2 cans of vegetables, 2 cans of soup, and 1 can of peaches. Her son, Andy, takes the labels off the cans and throws them away. Eloise then chooses 2 cans at random to open. Find the probability that she will open at least 1 can of soup.56. Eloise has put 5 cans (all of the same size) on her kitchen counter; 2 cans of vegetables, 2 cans of soup, and 1 can of peaches. Her son, Andy, takes the labels off the cans and throws them away. Eloise then chooses 2 cans at random to open. Find the probability that she will open at least 1 can of soup.  Answer:  EMBED Equation.DSMT4  57. If a single fair die is rolled, find the probability of a 4 given that the number rolled is odd.57. If a single fair die is rolled, find the probability of a 4 given that the number rolled is odd.  Answer:  EMBED Equation.DSMT4  58. If two cards are drawn without replacement from a deck, find the probability that the second card is red, given that the first card was a heart.58. If two cards are drawn without replacement from a deck, find the probability that the second card is red, given that the first card was a heart.  Answer:  EMBED Equation.DSMT4  59. The table shows the number of college students who prefer a given pizza topping. Toppings freshman sophomore junior senior  Cheese 13 15 23 24 Meat 29 24 15 13 Veggie 15 13 29 24 P(students prefer meat topping given that student is a junior)59. The table shows the number of college students who prefer a given pizza topping. Toppings freshman sophomore junior senior  Cheese 13 15 23 24 Meat 29 24 15 13 Veggie 15 13 29 24 P(students prefer meat topping given that student is a junior)  Answer:  EMBED Equation.DSMT4  60. The following table indicates the preference for different types of soft drinks by three age groups. cola root beer lemon-lime  Under 21 yrs 40 25 20 Between 21 and 40 35 20 30 Over 40 yrs 20 30 35 If a person is selected at random, find the probability that the person is over 40 and drinks cola.60. The following table indicates the preference for different types of soft drinks by three age groups. cola root beer lemon-lime  Under 21 yrs 40 25 20 Between 21 and 40 35 20 30 Over 40 yrs 20 30 35 If a person is selected at random, find the probability that the person is over 40 and drinks cola. Answer:  EMBED Equation.DSMT4  61. Evaluate the expression:  EMBED Equation.DSMT4  61. Evaluate the expression:  EMBED Equation.DSMT4   Answer: 210 three-digit numbers 62. How many 3-digit numbers can be formed using the digits 0,1,2,3,4,5,6 if repetitions are not allowed? 62. How many 3-digit numbers can be formed using the digits 0,1,2,3,4,5,6 if repetitions are not allowed?  Answer: 11,880 ways 63. In how many ways can 4 people be chosen and arranged in a straight line, if there are 12 people from whom to choose?63. In how many ways can 4 people be chosen and arranged in a straight line, if there are 12 people from whom to choose?   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