Playing Bingo In Exercise 39-44, refer to the following information. When playing bingo, 75 balls are placed in a bin and balls are selected at random. Each ball is marked with a letter and number as indicated in the following chart . B 1 − 15 I 16 − 30 N 31 − 45 G 46 − 60 O 61 − 75 For example, there are balls marked B1, B2, upto B15; |16, |17, upto |30; and so on (see photo). Assuming one bingo ball is selected at random, determine 43. the odds against it being G50.
Playing Bingo In Exercise 39-44, refer to the following information. When playing bingo, 75 balls are placed in a bin and balls are selected at random. Each ball is marked with a letter and number as indicated in the following chart . B 1 − 15 I 16 − 30 N 31 − 45 G 46 − 60 O 61 − 75 For example, there are balls marked B1, B2, upto B15; |16, |17, upto |30; and so on (see photo). Assuming one bingo ball is selected at random, determine 43. the odds against it being G50.
Solution Summary: The author explains how the odds against a randomly selected bingo ball being G50 from 75 bingo balls are 74:1.
Playing BingoIn Exercise 39-44, refer to the following information. When playing bingo, 75 balls are placed in a bin and balls are selected at random. Each ball is marked with a letter and number as indicated in the following chart.
B
1
−
15
I
16
−
30
N
31
−
45
G
46
−
60
O
61
−
75
For example, there are balls marked B1, B2, upto B15; |16, |17, upto |30; and so on (see photo). Assuming one bingo ball is selected at random, determine
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Discrete Distributions: Binomial, Poisson and Hypergeometric | Statistics for Data Science; Author: Dr. Bharatendra Rai;https://www.youtube.com/watch?v=lHhyy4JMigg;License: Standard Youtube License