OSAHTAM MATH 1420 11. A roulette wheel has 38 slots around the rim. The first 36 slots are numbered from 1 to 36. Half of these 36 slots are red, and the other half are black. The remaining 2 slots are numbered 0 and 00 and are green. As the roulette wheel is spun in one direction, a small ivory ball is rolled along the rim in the opposite direction. The ball has an equally likely chance of falling into any one of the 38 slots. Find each of the following: a. The probability that the ball lands in a black slot. b. The probability that the ball lands on 0 or 00. The probability that the ball does not land on a number from 1 through 12 The probability that the ball lands on an odd number or on a green slot C. d.
OSAHTAM MATH 1420 11. A roulette wheel has 38 slots around the rim. The first 36 slots are numbered from 1 to 36. Half of these 36 slots are red, and the other half are black. The remaining 2 slots are numbered 0 and 00 and are green. As the roulette wheel is spun in one direction, a small ivory ball is rolled along the rim in the opposite direction. The ball has an equally likely chance of falling into any one of the 38 slots. Find each of the following: a. The probability that the ball lands in a black slot. b. The probability that the ball lands on 0 or 00. The probability that the ball does not land on a number from 1 through 12 The probability that the ball lands on an odd number or on a green slot C. d.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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MATH 1420
11. A roulette wheel has 38 slots around the rim. The first 36 slots are numbered from 1 to 36.
Half of these 36 slots are red, and the other half are black. The remaining 2 slots are numbered 0
and 00 and are green. As the roulette wheel is spun in one direction, a small ivory ball is rolled
along the rim in the opposite direction. The ball has an equally likely chance of falling into any
one of the 38 slots. Find each of the following:
a. The probability that the ball lands in a black slot.
b.
The probability that the ball lands on 0 or 00.
C. The probability that the ball does not land on a number from 1 through 12
d. The probability that the ball lands on an odd number or on a green slot
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