In Exercises 11–16, fill in the blanks using the named events. [ HinT: See Example 2 and the FAQ at the end of the section.] 2% of all items bought on my auction site ( B ) were works of art ( A ) , whereas only 1% of all works of art on the site were bought. P ( _ _ | _ _ ) = _ _ _ ; P ( _ _ | _ _ ) = _ _ _
In Exercises 11–16, fill in the blanks using the named events. [ HinT: See Example 2 and the FAQ at the end of the section.] 2% of all items bought on my auction site ( B ) were works of art ( A ) , whereas only 1% of all works of art on the site were bought. P ( _ _ | _ _ ) = _ _ _ ; P ( _ _ | _ _ ) = _ _ _
Solution Summary: The author explains that 2% of all items bought on their auction site (B) were works of an art, whereas only 1% of art on the site were brought.
In Exercises 11–16, fill in the blanks using the named events.
[HinT: See Example 2 and the FAQ at the end of the section.]
2% of all items bought on my auction site
(
B
)
were works of art
(
A
)
, whereas only 1% of all works of art on the site were bought.
P
(
_
_
|
_
_
)
=
_
_
_
;
P
(
_
_
|
_
_
)
=
_
_
_
a. In CSE230, there were 2 assignments this semester. The probability that you would NOT get above average marks in the
first and the second assignments are 0.3 and 0.4 respectively. But if someone does NOT get the above average marks in the
first assignment, the probability of NOT getting above average marks in the second assignment becomes 0.6. What is the
probability of NOT getting above average marks in both the assignments?
b. In a rational world, husband and wife are arguing over a matter. The probability of the husband being Wrong is 0.15 and
the probability of the wife being Wrong is 0.13. And the probability of husband being Wrong provided that wife is Wrong is
0.18. What is the probability that the wife is Wrong provided that the husband is Wrong?
a. In CSE230, there were 2 assignments this semester. The probability that you would NOT get above average marks in the first and the second assignments are 0.3 and 0.4 respectively. If someone gets the above average marks in the first assignment, the probability of getting above average marks in the second assignment becomes 0.9. What is the probability to get above average marks in both the assignments?
b. In a rational world, husband and wife are arguing over a matter. The probability of the husband being Wrong is 0.2 and the probability of the wife being Wrong is 0.22. And the probability of husband being Wrong provided that wife is Wrong is 0.17. What is the probability that the wife is Wrong provided that the husband is Wrong?
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