Using empirical probability, suppose you tossed a fair coin 450 times and noted that landed on heads 250 times and on tails 200 times: a. find P(heads) b. find P(tails)

A First Course in Probability (10th Edition)
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Author:Sheldon Ross
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Chapter1: Combinatorial Analysis
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5. Using empirical probability, suppose you tossed a fair coin 450 times and noted that it
landed on heads 250 times and on tails 200 times:
a. find P(heads)
b. find P(tails)
5. Two fair coins are tossed 225 times simultaneously and their outcomes were recorded
as:
Reduce fractions to lowest terms or round to
thousandths.
Two
tails:
One
Tail:
No
Tails:
a. What is the probability of getting two tails?
b. What is the probability of getting one tail?
Find the following
probabilities:
a. P(4):
c. What is the probability of getting two heads?
b. P(number< 4):
7. A die is thrown randomly 450 times. The frequencies of outcomes 1, 2, 3, 4, 5, and 6 and
shown in the chart:
c. P(number > 4):
f.
65
110
d.
e. P(number < 7):
50
P(a prime number):
Pínumber >7);
Outcomes: 1 2
Frequencies: 73
3 4 5 6
70 74 75 80 78
Transcribed Image Text:5. Using empirical probability, suppose you tossed a fair coin 450 times and noted that it landed on heads 250 times and on tails 200 times: a. find P(heads) b. find P(tails) 5. Two fair coins are tossed 225 times simultaneously and their outcomes were recorded as: Reduce fractions to lowest terms or round to thousandths. Two tails: One Tail: No Tails: a. What is the probability of getting two tails? b. What is the probability of getting one tail? Find the following probabilities: a. P(4): c. What is the probability of getting two heads? b. P(number< 4): 7. A die is thrown randomly 450 times. The frequencies of outcomes 1, 2, 3, 4, 5, and 6 and shown in the chart: c. P(number > 4): f. 65 110 d. e. P(number < 7): 50 P(a prime number): Pínumber >7); Outcomes: 1 2 Frequencies: 73 3 4 5 6 70 74 75 80 78
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