classroom has 30 students. The teacher wants to split the students into four groups. The teacher has 30 colored tiles, 8 of which are red, 8 of which are green, 7 of which are yellow, and 7 of which are blue. The teacher puts the tiles into a hat and asks each student to come up and randomly pick a colored tile out of the hat. Once the tile is selected, the student keeps the tile and returns to his or her desk. Determine whether each probability represents the occurrence of events as described when rounded to the nearest thousandth. Select Yes or No for each statement. Probability Yes No The probability that the first tile selected is yellow and that the second tile selected is yellow is 0.048. The probability that the first tile selected is red and that the second tile selected is green is 0.071. The probability that the first tile selected is red and that the second tile selected is blue is 0,064.
classroom has 30 students. The teacher wants to split the students into four groups. The teacher has 30 colored tiles, 8 of which are red, 8 of which are green, 7 of which are yellow, and 7 of which are blue. The teacher puts the tiles into a hat and asks each student to come up and randomly pick a colored tile out of the hat. Once the tile is selected, the student keeps the tile and returns to his or her desk. Determine whether each probability represents the occurrence of events as described when rounded to the nearest thousandth. Select Yes or No for each statement. Probability Yes No The probability that the first tile selected is yellow and that the second tile selected is yellow is 0.048. The probability that the first tile selected is red and that the second tile selected is green is 0.071. The probability that the first tile selected is red and that the second tile selected is blue is 0,064.
A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
Section: Chapter Questions
Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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Transcribed Image Text:A classroom has 30 students. The teacher wants to split the students into four groups. The teacher has 30 colored tiles, 8 of which are red, 8 of which are green, 7 of which are yellow, and 7 of
which are blue. The teacher puts the tiles into a hat and asks each student to come up and randomly pick a colored tile out of the hat. Once the tile is selected, the student keeps the tile and
returns to his or her desk.
Determine whether each probability represents the occurrence of events as described when rounded to the nearest thousandth. Select Yes or No for each statement.
Probability
Yes
No
The probability that the first tile selected is yellow and that the second tile selected is yellow is 0.048.
The probability that the first tile selected is red and that the second tile selected is green is 0.071.
The probability that the first tile selected is red and that the second tile selected is blue is 0.064.
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