The joint probability distribution for the Random variable X and Y is shown below where X = the number of Strawberry ice-cream cones in the freezer Y = the number of Chocolate ice-cream cones in the freezer y p(x, y) 1 2 .025 .015 .010 .050 .030 .020 .050 .060 .040 .020 .125 .075 .150 .090 .100 .060 .050 .030 a) What is the probability that there is exactly ONE Strawberry ice-cream cone and exactly ONE Chocolate ice-cream cone in the freezer? b) What is the probability that there is at most ONE Strawberry ice-cream cone and at most ONE Chocolate ice-cream cone in the freezer? c) What is the probability that there is exactly ONE Strawberry ice-cream cone in the freezer? d) What is the probability that there is exactly ONE Chocolate ice-cream cone in the freezer? 012 345
The joint probability distribution for the Random variable X and Y is shown below where X = the number of Strawberry ice-cream cones in the freezer Y = the number of Chocolate ice-cream cones in the freezer y p(x, y) 1 2 .025 .015 .010 .050 .030 .020 .050 .060 .040 .020 .125 .075 .150 .090 .100 .060 .050 .030 a) What is the probability that there is exactly ONE Strawberry ice-cream cone and exactly ONE Chocolate ice-cream cone in the freezer? b) What is the probability that there is at most ONE Strawberry ice-cream cone and at most ONE Chocolate ice-cream cone in the freezer? c) What is the probability that there is exactly ONE Strawberry ice-cream cone in the freezer? d) What is the probability that there is exactly ONE Chocolate ice-cream cone in the freezer? 012 345
A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
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Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
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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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Need answer of part d only
![The joint probability distribution for the Random variable X and Y is shown below where
X = the number of Strawberry ice-cream cones in the freezer
Y = the number of Chocolate ice-cream cones in the freezer
y
p(x, y)
1
2
.025
.015
.010
.050
.030
.020
.050
.060
.040
.020
.125
.075
.150
.090
.100
.060
.050
.030
a) What is the probability that there is exactly ONE Strawberry ice-cream cone and exactly ONE
Chocolate ice-cream cone in the freezer?
b) What is the probability that there is at most ONE Strawberry ice-cream cone and at most
ONE Chocolate ice-cream cone in the freezer?
c) What is the probability that there is exactly ONE Strawberry ice-cream cone in the freezer?
d) What is the probability that there is exactly ONE Chocolate ice-cream cone in the freezer?
012 345](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff0bb6721-c43e-437f-9fe6-0abe69f01b86%2Fef60a473-f186-4fc3-a930-5f902407795e%2Fjkpddt.png&w=3840&q=75)
Transcribed Image Text:The joint probability distribution for the Random variable X and Y is shown below where
X = the number of Strawberry ice-cream cones in the freezer
Y = the number of Chocolate ice-cream cones in the freezer
y
p(x, y)
1
2
.025
.015
.010
.050
.030
.020
.050
.060
.040
.020
.125
.075
.150
.090
.100
.060
.050
.030
a) What is the probability that there is exactly ONE Strawberry ice-cream cone and exactly ONE
Chocolate ice-cream cone in the freezer?
b) What is the probability that there is at most ONE Strawberry ice-cream cone and at most
ONE Chocolate ice-cream cone in the freezer?
c) What is the probability that there is exactly ONE Strawberry ice-cream cone in the freezer?
d) What is the probability that there is exactly ONE Chocolate ice-cream cone in the freezer?
012 345
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