Solution: TALLAHASSEE In Exercises 4550, each individual letter of the word TALLAHASSEE

If each outcome of an experiment has the same chance of occurring as any other outcome, the outcomes are likely outcomes.

The probability of an event that cannot occur is .

The probability of an event that must occur is .

Every probability is a number between and inclusive.

The sum of the probabilities of all possible outcomes of an experiment is .

For any event A, P(A) + P(not A) = .

If the probability that an event occurs is 3 7, the probability that the event does not occur is .

If the probability that an event occurs is 0.2, the probability that the event does not occur is .

If the probability that an event does not occur is 0.9, the probability that the event occurs is .

If the probability that an event does not occur is 4 9, the probability that the event occurs is .

Multiple-Choice Test A multiple-choice test has five possible choices for each question. a) If you randomly select one of the choices, what is the probability that you select the correct answer for one particular question? b) If you eliminate one of the five possible choices and guess from the remaining choices, what is the probability that you select the correct answer to that question?

Remote Control A TV remote control has keys for channels 0 through 9. If you select one key at random, a) what is the probability that you press channel 6? b) what is the probability that you press a key for an even number? c) what is the probability that you press a key for a number less than 7?

Raffle In a raffle where one number is chosen, determine the probability that you would win if you have a choice of 40 numbers to choose from.

Raffle In a raffle where one number is chosen, determine the probability that you would win if you have a choice of 52 numbers to choose from.

Select a Card In Exercises 1524, one card is selected at random from a deck of cards. Determine the probability that the card selected is. a 5.

Select a Card In Exercises 1524, one card is selected at random from a deck of cards. Determine the probability that the card selected is. a 5 or a 10.

Select a Card In Exercises 1524, one card is selected at random from a deck of cards. Determine the probability that the card selected is. not a 5.

Select a Card In Exercises 1524, one card is selected at random from a deck of cards. Determine the probability that the card selected is.the five of diamonds.

Select a Card In Exercises 1524, one card is selected at random from a deck of cards. Determine the probability that the card selected is.. a black card.

Select a Card In Exercises 1524, one card is selected at random from a deck of cards. Determine the probability that the card selected is.a diamond.

Select a Card In Exercises 1524, one card is selected at random from a deck of cards. Determine the probability that the card selected is.a red card or a black card.

Select a Card In Exercises 1524, one card is selected at random from a deck of cards. Determine the probability that the card selected is.a red card and a black card.

Select a Card In Exercises 1524, one card is selected at random from a deck of cards. Determine the probability that the card selected is.a card greater than 3 and less than 8.

Select a Card In Exercises 1524, one card is selected at random from a deck of cards. Determine the probability that the card selected is.a king and a club.

Spin the Spinner In Exercises 2528, assume that the spinner cannot land on a line. Determine the probability that the spinner lands on (a) red, (b) green, (c) yellow, (d) blue.

Spin the Spinner In Exercises 2528, assume that the spinner cannot land on a line. Determine the probability that the spinner lands on (a) red, (b) green, (c) yellow, (d) blue.

Spin the Spinner In Exercises 2528, assume that the spinner cannot land on a line. Determine the probability that the spinner lands on (a) red, (b) green, (c) yellow, (d) blue.

Spin the Spinner In Exercises 2528, assume that the spinner cannot land on a line. Determine the probability that the spinner lands on (a) red, (b) green, (c) yellow, (d) blue.

Picnic In Exercises 2932, a cooler at a picnic contains 100 cans of soda covered by ice. There are 30 cans of cola, 40 cans of orange soda, 10 cans of ginger ale, and 20 cans of root beer. The cans are all the same size and shape. If one can is selected at random from the cooler, determine the probability that the soda selected is root beer.

Picnic In Exercises 2932, a cooler at a picnic contains 100 cans of soda covered by ice. There are 30 cans of cola, 40 cans of orange soda, 10 cans of ginger ale, and 20 cans of root beer. The cans are all the same size and shape. If one can is selected at random from the cooler, determine the probability that the soda selected is cola or orange soda.

Picnic In Exercises 2932, a cooler at a picnic contains 100 cans of soda covered by ice. There are 30 cans of cola, 40 cans of orange soda, 10 cans of ginger ale, and 20 cans of root beer. The cans are all the same size and shape. If one can is selected at random from the cooler, determine the probability that the soda selected is cola, root beer, or orange soda.

Picnic In Exercises 2932, a cooler at a picnic contains 100 cans of soda covered by ice. There are 30 cans of cola, 40 cans of orange soda, 10 cans of ginger ale, and 20 cans of root beer. The cans are all the same size and shape. If one can is selected at random from the cooler, determine the probability that the soda selected is ginger ale.

Wheel of Fortune In Exercises 3336, use the small replica of the Wheel of Fortune. $300 Lose a turn $100 $600 Surprise Bankrupt $400 $1000 $200 $700 If the wheel is spun at random, determine the probability that the indicated sector will stop under the pointer.$600

Wheel of Fortune In Exercises 3336, use the small replica of the Wheel of Fortune. $300 Lose a turn $100 $600 Surprise Bankrupt $400 $1000 $200 $700 If the wheel is spun at random, determine the probability that the indicated sector will stop under the pointer. number greater than $700

Wheel of Fortune In Exercises 3336, use the small replica of the Wheel of Fortune. $300 Lose a turn $100 $600 Surprise Bankrupt $400 $1000 $200 $700 If the wheel is spun at random, determine the probability that the indicated sector will stop under the pointer.Lose a turn or Bankrupt

Wheel of Fortune In Exercises 3336, use the small replica of the Wheel of Fortune. $300 Lose a turn $100 $600 Surprise Bankrupt $400 $1000 $200 $700 If the wheel is spun at random, determine the probability that the indicated sector will stop under the pointer.$2500 or Surprise

Basketballs In Exercises 37 40, 30 basketballs, including 15 Spalding, 10 Wilson, and 5 other brand-name balls, are on a basketball court. Barry Wood closes his eyes and arbitrarily picks up a ball from the court. Determine the probability that the ball selected is a Spalding.

Basketballs In Exercises 37 40, 30 basketballs, including 15 Spalding, 10 Wilson, and 5 other brand-name balls, are on a basketball court. Barry Wood closes his eyes and arbitrarily picks up a ball from the court. Determine the probability that the ball selected is a Wilson.

Basketballs In Exercises 37 40, 30 basketballs, including 15 Spalding, 10 Wilson, and 5 other brand-name balls, are on a basketball court. Barry Wood closes his eyes and arbitrarily picks up a ball from the court. Determine the probability that the ball selected is not a Wilson

Basketballs In Exercises 37 40, 30 basketballs, including 15 Spalding, 10 Wilson, and 5 other brand-name balls, are on a basketball court. Barry Wood closes his eyes and arbitrarily picks up a ball from the court. Determine the probability that the ball selected is a Wilson or a Spalding

Traffic Light In Exercises 41 44, a traffic light is red for 25 sec, yellow for 5 sec, and green for 55 sec. What is the probability that when you reach the light, the light is green.

Traffic Light In Exercises 41 44, a traffic light is red for 25 sec, yellow for 5 sec, and green for 55 sec. What is the probability that when you reach the light, the light is yellow.

Traffic Light In Exercises 41 44, a traffic light is red for 25 sec, yellow for 5 sec, and green for 55 sec. What is the probability that when you reach the light, the light is not red.

Traffic Light In Exercises 41 44, a traffic light is red for 25 sec, yellow for 5 sec, and green for 55 sec. What is the probability that when you reach the light, the light is not green.

TALLAHASSEE In Exercises 4550, each individual letter of the word TALLAHASSEE is placed on a piece of paper and all 11 pieces of paper are placed in a hat. If one letter is selected at random from the hat, determine the probability that the letter S is selected.

TALLAHASSEE In Exercises 4550, each individual letter of the word TALLAHASSEE is placed on a piece of paper and all 11 pieces of paper are placed in a hat. If one letter is selected at random from the hat, determine the probability that the letter S is not selected.

TALLAHASSEE In Exercises 4550, each individual letter of the word TALLAHASSEE is placed on a piece of paper and all 11 pieces of paper are placed in a hat. If one letter is selected at random from the hat, determine the probability that a consonant is selected

TALLAHASSEE In Exercises 4550, each individual letter of the word TALLAHASSEE is placed on a piece of paper and all 11 pieces of paper are placed in a hat. If one letter is selected at random from the hat, determine the probability that the letter T or E is selected.

TALLAHASSEE In Exercises 4550, each individual letter of the word TALLAHASSEE is placed on a piece of paper and all 11 pieces of paper are placed in a hat. If one letter is selected at random from the hat, determine the probability that the letter W is selected.

TALLAHASSEE In Exercises 4550, each individual letter of the word TALLAHASSEE is placed on a piece of paper and all 11 pieces of paper are placed in a hat. If one letter is selected at random from the hat, determine the probability that the letter V is not selected.

National Parks In Exercises 5154, use the list below which shows the 10 U.S. National Parks with the most visitors in 2010. If one of the parks in the list is selected at random, determine the probability the park is located in California.

National Parks In Exercises 5154, use the list below which shows the 10 U.S. National Parks with the most visitors in 2010. If one of the parks in the list is selected at random, determine the probability the park is located in Wyoming.

National Parks In Exercises 5154, use the list below which shows the 10 U.S. National Parks with the most visitors in 2010. If one of the parks in the list is selected at random, determine the probability the park had more than 4 million visitors.

National Parks In Exercises 5154, use the list below which shows the 10 U.S. National Parks with the most visitors in 2010. If one of the parks in the list is selected at random, determine the probability the park had fewer than 3 million visitors.

Dart Board In Exercises 5558, a dart is thrown randomly and sticks on the circular dart board with 26 partitions, as shown. 17 1 2 4 3 5 6 7 8 9 10 16 18 19 20 21 22 23 24 25 26 11 12 13 14 15 Assuming the dart cannot land on the black area or on a border between colors, determine the probability that the dart lands on the area marked 15.

Dart Board In Exercises 5558, a dart is thrown randomly and sticks on the circular dart board with 26 partitions, as shown. 17 1 2 4 3 5 6 7 8 9 10 16 18 19 20 21 22 23 24 25 26 11 12 13 14 15 Assuming the dart cannot land on the black area or on a border between colors, determine the probability that the dart lands on an orange area.

Dart Board In Exercises 5558, a dart is thrown randomly and sticks on the circular dart board with 26 partitions, as shown. 17 1 2 4 3 5 6 7 8 9 10 16 18 19 20 21 22 23 24 25 26 11 12 13 14 15 Assuming the dart cannot land on the black area or on a border between colors, determine the probability that the dart lands on an area marked with a number greater than or equal to 22.

Dart Board In Exercises 5558, a dart is thrown randomly and sticks on the circular dart board with 26 partitions, as shown. 17 1 2 4 3 5 6 7 8 9 10 16 18 19 20 21 22 23 24 25 26 11 12 13 14 15 Assuming the dart cannot land on the black area or on a border between colors, determine the probability that the dart lands on an area marked with a number greater than 6 and less than or equal to 9.

Car Dealership In Exercises 5964, refer to the following table, which shows the type and manufacturer of vehicles at a specific car dealership. If one person selects a vehicle at random from the dealership, determine the probability that the person selects a car.

Car Dealership In Exercises 5964, refer to the following table, which shows the type and manufacturer of vehicles at a specific car dealership. If one person selects a vehicle at random from the dealership, determine the probability that the person selects an SUV

Car Dealership In Exercises 5964, refer to the following table, which shows the type and manufacturer of vehicles at a specific car dealership. If one person selects a vehicle at random from the dealership, determine the probability that the person selects a vehicle manufactured by General Motors.

Car Dealership In Exercises 5964, refer to the following table, which shows the type and manufacturer of vehicles at a specific car dealership. If one person selects a vehicle at random from the dealership, determine the probability that the person selects a vehicle manufactured by Toyota.

Car Dealership In Exercises 5964, refer to the following table, which shows the type and manufacturer of vehicles at a specific car dealership. If one person selects a vehicle at random from the dealership, determine the probability that the person selects a car manufactured by General Motors.

an SUV manufactured by General Motors.Car Dealership In Exercises 5964, refer to the following table, which shows the type and manufacturer of vehicles at a specific car dealership. If one person selects a vehicle at random from the dealership, determine the probability that the person selects

Stocking Taco Sauce In Exercises 6570, refer to the following table, which contains information about a shopping cart full of jars of taco sauce that must be stocked on a shelf. Assume all jars are the same size and shape. If a stock clerk selects one jar at random to place on the shelf, determine the probability he selects a jar of Ortega.

Stocking Taco Sauce In Exercises 6570, refer to the following table, which contains information about a shopping cart full of jars of taco sauce that must be stocked on a shelf. Assume all jars are the same size and shape. If a stock clerk selects one jar at random to place on the shelf, determine the probability he selects a jar of Old El Paso.

Stocking Taco Sauce In Exercises 6570, refer to the following table, which contains information about a shopping cart full of jars of taco sauce that must be stocked on a shelf. Assume all jars are the same size and shape. If a stock clerk selects one jar at random to place on the shelf, determine the probability he selects a jar of a mild taco sauce

Stocking Taco Sauce In Exercises 6570, refer to the following table, which contains information about a shopping cart full of jars of taco sauce that must be stocked on a shelf. Assume all jars are the same size and shape. If a stock clerk selects one jar at random to place on the shelf, determine the probability he selects a jar of a hot taco sauce.

Stocking Taco Sauce In Exercises 6570, refer to the following table, which contains information about a shopping cart full of jars of taco sauce that must be stocked on a shelf. Assume all jars are the same size and shape. If a stock clerk selects one jar at random to place on the shelf, determine the probability he selects a jar of Taco Bell medium taco sauce.

Stocking Taco Sauce In Exercises 65–70, refer to the following table, which contains information about a shopping cart full of jars of taco sauce that must be stocked on a shelf. Assume all jars are the same size and shape. If a stock clerk selects one jar at random to place on the shelf, determine the probability he selects a jar of Old El Paso hot taco sauce.

Bean Bag Toss In Exercises 71-76, a bean bag is randomly thrown onto the square table top shown below and does not touch a line. Determine the probability that the bean bag lands on a red area

Bean Bag Toss In Exercises 7176, a bean bag is randomly thrown onto the square table top shown below and does not touch a line. Determine the probability that the bean bag lands on a green area.

Bean Bag Toss In Exercises 7176, a bean bag is randomly thrown onto the square table top shown below and does not touch a line. Determine the probability that the bean bag lands on a yellow area.

Bean Bag Toss In Exercises 7176, a bean bag is randomly thrown onto the square table top shown below and does not touch a line. Determine the probability that the bean bag lands on a red or green area.

Bean Bag Toss In Exercises 7176, a bean bag is randomly thrown onto the square table top shown below and does not touch a line. Determine the probability that the bean bag lands on a yellow or green area.

Bean Bag Toss In Exercises 7176, a bean bag is randomly thrown onto the square table top shown below and does not touch a line. Determine the probability that the bean bag lands on a red or yellow area.

Genetics Cystic fibrosis is an inherited disease that occurs in about 1 in every 2500 Caucasian births in North America and in about 1 in every 250,000 non-Caucasian births in North America. Lets denote the cystic fibrosis gene as c and a disease-free gene as C. Since the diseasefree gene is dominant, only a person with cc genes will have the disease. A person who has Cc genes is a carrier of cystic fibrosis but does not actually have the disease. If one parent has CC genes and the other parent has cc genes, determine the probability that a) an offspring will inherit cystic fibrosis, that is, cc genes. b) an offspring will be a carrier of cystic fibrosis but not contract the disease.

Genetics Sickle-cell anemia is an inherited disease that occurs in about 1 in every 500 African-American births and about 1 in every 160,000 nonAfrican-American births. Unlike cystic fibrosis, in which the cystic fibrosis gene is recessive, sickle-cell anemia is codominant. In other words, a person inheriting two sickle-cell genes will have sickle-cell anemia, whereas a person inheriting only one of the sickle-cell genes will have a mild version of sickle-cell anemia, called sickle-cell trait. Lets call the disease-free genes s1 and the sickle cell gene s2. If both parents have s1s2 genes, determine the probability that a) an offspring will have sickle-cell anemia. b) an offspring will have the sickle-cell trait. c) an offspring will have neither sickle-cell anemia nor the sickle-cell trait.

Marbles A bottle contains two red and two green marbles, and a second bottle also contains two red and two green marbles. If you select one marble at random from each bottle, determine the probability (to be discussed in Section 12.6) that you obtain a) two red marbles. b) two green marbles. c) a red marble from the first bottle and a green marble from the second bottle.

Birds Consider Table 12.3 on page 685. Suppose you are told that one birds name was selected at random from the birds listed and the bird selected has a low attractiveness to peanut kernels. Determine the probability (to be discussed in Section 12.7) that a) the bird is a sparrow. b) the bird has a high attractiveness to cracked corn. c) the bird has a high attractiveness to black-striped sunflower seeds.

Dice On a die, the sum of the dots on the opposite faces is seven. Two six-sided dice are placed together on top of one another, on a table, as shown in the figure below. The top and bottom faces of the bottom die and the bottom face of the top die cannot be seen. If you walk around the table, what is the sum of all the dots on all the visible faces of the dice?

On page 675, we briefly discuss Jacob Bernoulli. The Bernoulli family produced several prominent mathematicians, including Jacob I, Johann I, and Daniel. Write a paper on the Bernoulli family, indicating some of the accomplishments of each of the three Bernoullis named and their relationship to one another. Indicate which Bernoulli the Bernoulli numbers are named after, which Bernoulli the Bernoulli theorem in statistics is named after, and which Bernoulli the Bernoulli theorem of fluid dynamics is named after.