All Answers 358093 Answers

I suppose you want to know the value after 10 years.....this is given by :

3.4(1- .0239)^10   =

about   $ 2,669,452

100-2.39

97.61

3.4*.9761

do that 10 times.

not the easiest answer in the book, but still...''

asdf

-17+8k= -8k+3(8k+5)    simplify

-17 + 8k  = -8k + 24k + 15

-17 + 8k  = 16k + 15     subtract 15, 8k from both sides

-32  = 8k      divide both sides by 8

-4  = k

I'm assuming you are solving for k so...

-17+8k = -8k+3(8k+5)

-17+8k = -8k+24k+15    DISTRIBUTE THE 3

-17+8k = 16k+15           COMBINE LIKE TERMS

8k = 16k-32                   ADD 17 OVER, COMBINE WITH 15 (15+17 = 32)

-8k = 32                         SUBTRACT 16k OVER, COMBINE WITH 8k (8k-16k = -8k)

k = -4                             DIVIDE BY -8 (32/-8 = -4)

6 + 1/4   =  25 / 4

2 + 1/4   =  9 / 4

So

(25 / 4) ( 9 / 4)   =

225 / 16    =  14 + 1/6

x^2 -11x + 24 = 0      factor

(x - 8) (x - 3)  = 0

And setting both factor to 0, we have that  x  = 8   and x  = 3

S (-1, 8) and T (7, -9)

ST   =    √ [(-1 - 7)^2 + (-9 -8)^2 ]  =   √ [ (-8)^2 + (-17)^2 ]  = 

√ [64 + 289]  = √353  = about 18.8 units

Formula for the surface area of a cylinder :

2 pi * r^2   +   2pi *r * h  =

2pi * r  [ r + h]       where r is the cylinder's radius and h is the height

M+2M+7=M+11     simplify

3M + 7   = M + 11      subtract M, 7   from both sides

2M = 4           divide both sides by 2

M  = 2

Thanks, Solveit....here's another approach....

Three machines fill 40 boxes in one hour.....so one machine fills 1/3 of these in one hour  = 40/3 boxes in one hour

So....one machine would take  150 / (40/3)  =  11.25 hours to fill 150 boxes

So.....five machines would take 1/5 as long =  2.25 hours  .....just as Solveit found!!!!

Accoring to the order of operations, you should multiply first. Thus, we must compute 3/3*3, which is equivalent to 3/9, or 1/3. The resulting expression is 3+3-1/3. Addition and subtraction can be done in any order, but for the sake of convenience we could add 3+3 first, giving us a result of 6. (You could alternatively subract 1/3 from 3, and then add 3 to the result.) Then, subtract 1/3 from 6, or 18/3, to arrive at the final answer of 17/3. Thus, the final answer is 17/3, or 5 2/3. QED

g(x)  =  l -x  l

Note that this can actually be written as  l -1 * x l   =  l -1 l * l x l  = 1 * l x l   = l x l     (1)

So.....to see if this is an even function, we would replace x with -x  and have

l - (-x) l     =  l x l  which is exactly the same thing as (1)....so...this function is even

Also...look at the graph : https://www.desmos.com/calculator/yoopdzrkic

The symmetric nature of the graph with respect to the y axis is a trademark of an even function

f(x)  = l 2x + 2]

To test if this is an even function, replace x with -x   and we have  l 2(-x) + 2 l   = l -2x + 2 l  which is definitely not what we started with....so.....this function is not even

And it is not odd either, because  f(-x)   would have to equal  -f(x) =    - l 2x + 2 l  for this to be an odd function

Also...look at the graph : https://www.desmos.com/calculator/wlnt4se3nw

Odd functions are symmetric about the origin.....however, this graph is not symmetric about the origin!!!

1 3/4 = 7/4

1 1/4 = 5/4

7/4 x 5/4 x 5/4 = 175/64

175/64 = 2 47/64

Anwer: 2 47/64 QED

75 feet

Because you are square rooting a negative.

click the x^y button

The g(x)=l-xl is just functions(look it up). So, G(x) is equal to x, to get rid of the - sign. Then, we go to the f(x). f(x) is 2x+2, and they are already in absolute form. You really can't determine if the functions are even or odd, because x is an unknown number in g(x). In f(x), any whole number that is a whole number multiplied by 2 is even, but because we don't know x is, we can't really specify it. So, they are all neither. That's it!

Math help us with nothing 

kills your brain 

I'm not sure wheter the exponent is an allowable operation, or not, but here's the best I could do......matbe some one else has a better answer.....!!!

(1 + 9) ^{!(9 - 6)}  =

(10) ^!(3)  =

(10) ²  = 

100

if you have two points on the graph you can pass a line through them and guess but to say it exactly it is too hard

Formula of slope:

\(m=\frac{y_2-y_1}{x_2-x_1}\)

3 machines can fill 80 boxes in 2 hours

\((\times\frac53)\)                  \((\times\frac{15}{8})\)

5 machines to fill 150 boxes in x hours

So look machines are inversely propotional more machines less time but boxes are directly proportional more boxes more time:

\(2h.\times\frac35\times\frac{15}{8}=\frac94h.\;(or\;2.25h.)\)

3? idk just helping

yes, you are right ! :)

-8 & -3