Answer:
The standard deviation of the price she will get is $8,371.58.
Step-by-step explanation:
An uniform probability is a case of probability in which each outcome is equally as likely.
For this situation, we have a lower limit of the distribution that we call a and an upper limit that we call b.
The variance of the uniform distribution is given by:

The standard deviation is the square root of the variance.
Uniformly distributed between $204,000 and $233,000
This means that 
So

The standard deviation is the square root of the variance. So

The standard deviation of the price she will get is $8,371.58.
Answer:
4.8
12 x 40
100
= 4.8
Step-by-step explanation:
an = a1r^(n-1)
a5 = a1 r^(5-1)
-6 =a1 r^4
a2 = a1 r^(2-1)
-48 = a1 r
divide
-6 =a1 r^4
---------------- yields 1/8 = r^3 take the cube root or each side
-48 = a1 r 1/2 = r
an = a1r^(n-1)
an = a1 (1/2)^ (n-1)
-48 = a1 (1/2) ^1
divide by 1/2
-96 = a1
an = -96 (1/2)^ (n-1)
the sum
Sn = a1[(r^n - 1/(r - 1)]
S18 = -96 [( (1/2) ^17 -1/ (1/2 -1)]
=-96 [ (1/2) ^ 17 -1 /-1/2]
= 192 * [-131071/131072]
approximately -192
$24.54 I hope this is the right answer

now, is it true that -2 is lesser than 1? if it's true, is a solution, if is false, is not then