MATH1127: Introduction to Statistics (Asynchronous (100% Online)) 20337 Chapter 3: Basic P Chapter 3: Probability (Add and Mult) Score: 16.63/38 17/38 answered Question 35 J and K are independent events. P(J | K) = 0.87. Find P(J) P( J ) = Hint: Independent Events Video on Independent Events [+] Submit QuestionMATH1127: Introduction to Statistics (Asynchronous (100% Online)) 20337 .. Chapter 3: Basic Probability Chapter 3: Pro Chapter 3: Probability (Add and Mult) Score: 16.63/38 17/38 answered Question 36 Suppose that you have 8 green cards and 5 yellow cards. The cards are well shuffled. You randomly draw two cards without replacement. G1 = the first card drawn is green G2 = the second card drawn is green a. P(G, and G2) = b. P(At least 1 green) = c. P(G2 | G1) = d. Are G1 and G2 independent? O They are independent events O They are dependent events Hint: Independent Events Video on Independent Events ' [+] IMG_20221126_11..jpg IMG_20221126_11....jpg IMG_20221126_11....jpg IMG 20221126-11--jpg ~tion to Statistics (Asynchronous (100% Online)) 20337 Chapter 3: Basic Probability Chapter 3 Chapter 3: Probability (Add and Mult) Score: 16.63/38 17/38 answered Question 37 Suppose that you have 4 green cards and 5 yellow cards. The cards are well shuffled. You randomly draw two cards with replacement. Round your answers to four decimal places. G1 = the first card drawn is green G2 = the second card drawn is green a. P(G, and G2) = b. P(At least 1 green) = c. P(G2 | G 1 ) = d. Are G , and G2 independent? O They are independent events They are dependent events Hint: Independent Events Video on Independent Events [ [+] IMG_20221126_11 IMG_20221126_11....jpg IMG_20221126_11..jpg IMG_20221126_11...jpgMATH1127: Introduction to Statistics (Asynchronous (100% Online)) 20337 ... Chapter 3: Basic Probability Chapter Chapter 3: Probability (Add and Mult) Score: 16.63/38 17/38 answered Question 38 51% of all statistics classes require a statistical calculator and 28% require the use of a computer that has statistical software. Of the classes that require a statistical calculator, 19% also require the use of a computer. If a statistics course is selected at random find: (round to 4 decimal places where possible) a. P(Statistical Calculator) = b. P(Statistical Software) = c. P(Require a Statistical Calculator and Statistical Software) = d. P(Require a Statistical Calculator GIVEN Require Statistical Software) = Submit QuestionRamin Djawad x American Exp X Welcome to N X Student Dasht X Bb C # gptc.blackboard.com/webapps/blackboard/content/contentWrapper.jsp?co GEORGIA PIEDMONT TECHNICAL COLLEGE MATH1127: Introduction to Statistics (Asynchronous (100% Online)) 20337 ... Chapter Chapter 4: Discrete Probability and the Binomial Distribution Score: 0/18 0/8 answered Question 1. Complete the following probability distribution table: Probability Distribution Table X P (X ) 6 0.2 17 0. 1 80 87 0.5 Submit Question IMG_20221126_11....jpg IMG_20221126_11....jpg IMG_20221126_11....jpg Type here to search O oMATH112/: Introduction to Statistics (Asynchronous (100% Online)) 20337 ... Chapter 4: Discrete Random Variab Chapter 4: Discrete Probability and the Binomial Distribution Score: 0/18 0/8 answered Question 2 A venture capitalist, willing to invest $1,000,000, has three investments to choose from. The first investment, a software company, has a 14% chance of returning $5,000,000 profit, a 28% chance of returning $3,500,000 profit, and a 58% chance of losing the million dollars. The second company, a hardware company, has a 12% chance of returning $7,000,000 profit, a 34% chance of returning $500,000 profit, and a 54% chance of losing the million dollars. The third company, a biotech firm, has a 10% chance of returning $9,000,000 profit, a 21% of no profit or loss, and a 69% chance of losing the million dollars. Order the expected values from smallest to largest. second, third, first third, second, first second, first, third O first, second, third third, first, second O first, third, second Hint: Hint IMG_20221126_11...jpg IMG_20221126_11....jpg IMG_20221126_11....jpg IMG_20221(Asynchronous (100% Online)) 20337 -.. Chapter 4: Discrete Random Variables Score: 0/18 0/8 answered Question 3 Suppose that you are offered the following "deal." You roll a six sided die. If you roll a 6, you win $17. If you roll a 3, 4 or 5, you win $1. Otherwise, you pay $8. a. Complete the PDF Table. List the X values, where X is the profit, from smallest to largest. Round to 4 decimal places where appropriate. Probability Distribution Table X P (X) b. Find the expected profit. $ Round to the nearest cent) c. Interpret the expected value. If you play many games you will likely win on average very close to $0.67 per game. O This is the most likely amount of money you will win. O You will win this much if you play a game. IMG_20221126_11....jpg IMG_20221126_1 IMG_20221126_11....jpg IMG_20221126_11....jpg(Asynchronous (100% Online)) 20337 -.. Chapter 4: Discrete Random Variables Score: 0/18 0/8 answered Question 3 Suppose that you are offered the following "deal." You roll a six sided die. If you roll a 6, you win $17. If you roll a 3, 4 or 5, you win $1. Otherwise, you pay $8. a. Complete the PDF Table. List the X values, where X is the profit, from smallest to largest. Round to 4 decimal places where appropriate. Probability Distribution Table X P (X) b. Find the expected profit. $ Round to the nearest cent) c. Interpret the expected value. If you play many games you will likely win on average very close to $0.67 per game. O This is the most likely amount of money you will win. O You will win this much if you play a game. IMG_20221126_11....jpg IMG_20221126_1 IMG_20221126_11....jpg IMG_20221126_11....jpgMATH1127: Introduction to Statistics (Asynchronous (100% Online)) 20337 ... Chapter 4: Discrete Random Varia b. Find the expected profit. $ (Round to the nearest cent) c. Interpret the expected value. O If you play many games you will likely win on average very close to $0.67 per game. O This is the most likely amount of money you will win. O You will win this much if you play a game. d. Based on the expected value, should you play this game? Yes, because you can win $17.00 which is greater than the $8.00 that you can lose. No, this is a gambling game and it is always a bad idea to gamble. No, since the expected value is negative, you would be very likely to come home with less money if you played many games. Yes, since the expected value is positive, you would be very likely to come home with more money if you played many games. Yes, since the expected value is 0, you would be very likely to come very close to breaking even if you played many games, so you might as well have fun at no cost. Hint: Hint Video on Expected Value ? [+]D MATH1127: Introduction to Statistics (Asynchronous (100% Online)) 20337 ... Chapter 4: Discrete Random Var Chapter 4: Discrete Probability and the Binomial Distribution Score: 0/18 0/8 answered Question 4 The student council is hosting a drawing to raise money for scholarships. They are selling tickets for $7 each and will sell 600 tickets. There is one $1,000 grand prize, two $300 second prizes, and fifteen $10 third prizes. You just bought a ticket. Find the expected value for your profit. Round to the nearest cent. Hint: Hint Video on Expected Value [ [+] Submit QuestionMATH112/: Introduction to Statistics (Asynchronous (100% Online)) 20337 ... Chapter 4: Discrete Random V Chapter 4: Discrete Probability and the Binomial Distribution Score: 0/18 0/8 answered Question 5 63% of all Americans live in cities with population greater than 100,000 people. If 38 Americans are randomly selected, find the probability that a. Exactly 22 of them live in cities with population greater than 100,000 people. b. At most 24 of them live in cities with population greater than 100,000 people. c. At least 23 of them live in cities with population greater than 100,000 people. d. Between 22 and 30 (including 22 and 30) of them live in cities with population greater than 100,000 people. Hint: Hint Video on Finding Binomial Probabilities # [+] Submit QuestionMATH1127: Introduction to Statistics (Asynchronous (100% Online)) 20337 Chapter 4: Discrete Random Vari Chapter 4: Discrete Probability and the Binomial Distribution Score: 0/18 0/8 answered Question 6 66% of all bald eagles survive their first year of life. Give your answers as decimals, not percents. If 33 bald eagles are randomly selected, find the probability that a. Exactly 22 of them survive their first year of life. b. At most 22 of them survive their first year of life. c. At least 22 of them survive their first year of life. d. Between 18 and 26 (including 18 and 26) of them survive their first year of life. Hint: Hint 2 Video on Finding Binomial Probabilities [' [+] Submit