Answer:
It would be 24 cars
Step-by-step explanation:
because its mupiling by 2
Answer:
(a) The probability of getting someone who was not sent to prison is 0.55.
(b) If a study subject is randomly selected and it is then found that the subject entered a guilty plea, the probability that this person was not sent to prison is 0.63.
Step-by-step explanation:
We are given that in a study of pleas and prison sentences, it is found that 45% of the subjects studied were sent to prison. Among those sent to prison, 40% chose to plead guilty. Among those not sent to prison, 55% chose to plead guilty.
Let the probability that subjects studied were sent to prison = P(A) = 0.45
Let G = event that subject chose to plead guilty
So, the probability that the subjects chose to plead guilty given that they were sent to prison = P(G/A) = 0.40
and the probability that the subjects chose to plead guilty given that they were not sent to prison = P(G/A') = 0.55
(a) The probability of getting someone who was not sent to prison = 1 - Probability of getting someone who was sent to prison
P(A') = 1 - P(A)
= 1 - 0.45 = 0.55
(b) If a study subject is randomly selected and it is then found that the subject entered a guilty plea, the probability that this person was not sent to prison is given by = P(A'/G)
We will use Bayes' Theorem here to calculate the above probability;
P(A'/G) =
=
= 
= <u>0.63</u>
Given:

Point = (8, 4)
To find:
The slope-intercept form of the equation of the line.
Solution:

Slope of this line =
.
Slope of the line is same as the slope of
.
Slope of the line (m) = 
General form of line:
y = mx + b
---------- (1)
It contains the point (8, 4). Substitute x = 8 and y = 4 in (1).


Subtract 4 from both sides, we get
b = 0
Substitute b = 0 in (1).
Equation of the line:


<u>Complete the sentence:</u>
; I used the general form of a line in slope-intercept form, y = mx + b. The slope, m is
. Then I substituted 8 for x and 4 for y into the standard form and solved for b, which is 0.
Answer: 13
The rule you use is log(x/y) = log(x) - log(y)
So in this case, log(13/x) = log(13) - log(x) where the base is base 9
Notes:
The values of x and y must be positive.
The rule applies to any base as long as the base is positive and not equal to 1