X^2 + 6x - 27
(x - 3)(x + 9)
The answer is: (x - 3)(x + 9).
Total = Principal * (1+(rate/n))^n*years
Total = 1,200 * (1.015)^14
Total =
1,200 * <span><span><span>1.2317557307
</span>
</span>
</span>
<span>Total =
1,478.11</span>
Source:
http://www.1728.org/compint3.htm
Example:
The sum of two consecutive integers is -15. What is the product of the two integers?
x = 1st consecutive integer
x + 1 = 2nd consecutive integer {consecutive integers increase by 1}
x + x + 1 = -15 {the sum of two consecutive integers is -15}
2x + 1 = -15 {combined like terms}
2x = -16 {subtracted 1 from each side}
x = -8 {divided each side by 2}
x + 1 = -7 {substituted -8, in for x, into x + 1}
-8 and -7 are the two consecutive integers
Their product is 56.
a) 
has CDF
where the last equality follows from independence of 
. In terms of the distribution and density functions of , this is
Then the density is obtained by differentiating with respect to 
,
b) 
can be computed in the same way; it has CDF
Differentiating gives the associated PDF,
Assuming 
and 
, we have
and
I wouldn't worry about evaluating this integral any further unless you know about the Bessel functions.
$5717.52
You’d just take the 6 percent and make it 0.06 then multiply it by 95,292
