Help ASAP!! I have to turn this in soon
2 answers:
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Answer:
a. 40 %
b. 34.3 % ( approx )
Step-by-step explanation:
Let S is the event of the subjects studied that were sent to prison,
S' is the event of the subjects studied that won't sent to prison,
G is the event of pleading guilty,
G' is the event of not pleading guilty,
According to the question,
P(S) = 60% = 0.6 ⇒ P(S') = 1 - P(S) = 1 - 0.6 = 0.4,
P(S∩G) = 46% of 60% = 0.46 × 0.60 = 0.276,
P(S'∩G) = 36% of 40% = 0.36 × 0.40 = 0.144,
P(G) = P(S∩G) + P(S'∩G) = 0.276 + 0.144 = 0.42
a. The of getting someone who was not sent to prison, P(S') = 0.4,
b. the probability that this person was not sent to prison when it is given that the subject entered a guilty plea,
There are 1.6 5/8's in 1
1.6 is the same as 8/5.
The are 8/5 5/8's in 1
Another way to solve this problem is:
Since we can set it up as:
1/
=8/5
We can also set the problem up as:
5/8*x=1
Then, we can apply the reciprocal rule:
a/b*b/a=1
5/8*8/5=1
The final answer is there are 8/5 5/8's in 1
1.6 is the same as 8/5.
The are 8/5 5/8's in 1
Another way to solve this problem is:
Since we can set it up as:
1/
We can also set the problem up as:
5/8*x=1
Then, we can apply the reciprocal rule:
a/b*b/a=1
5/8*8/5=1
The final answer is there are 8/5 5/8's in 1