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I'm assuming you mean that as an equation: 3x=36

In that case, divide both sides by 3.

X=12

Check by putting 12 in the place of x.

3 X 12 = 36 

The exponent is the amount of places you move the decimal, the sign of the exponent tells you what direction to move the decimal. When you see 10 (or e) to a negative exponent in scientific notation, that means you will be moving the decimal left. If the exponent is positive, move the decimal to the right. 

In 1.33 X 10^-5  The decimal moves left 5 places.

.0000133 is the standard form

You find a common factor between the numerator and denominator and divide both by that factor.

For example:  8/24      A common factor for both numbers is 2. Then you divide both numerator and                                                denominator by that same number.

That makes 4/12         Continue with another common factor until there are no more common factors.

1/3                            This is the simplified form using 4 as the next common factor.

The greatest common factor of the fraction is the ideal factor to simplify with.

Put 1,500,000,000 in place of P(t) and solve for t. 

Divided 1,500,000,000 by 1,103.4

1,359,434.48= e^0.0149t                 rewrite 0.0149 as the coefficient.

1,359,434.48=0.0149te                    apply ln to both sides to cancel the e

ln(1,359,434.48)=0.0149t                  type it into the calculator as ln(1,359,434.48)/0.0149 to find t

The square root of 128745 is 358.810535

The answer is 4x^2

Like I said before, I think that arc m CE=50 means the arc measure of CE. If a circle is drawn within the the quadrilateral, the arc of CE if 50. I also went ahead and drew an axillary line from angle B to angle E that passes through point D. If arc CE = 50 than angle CDE should equal 50. Vertical angles are congruent, which makes angle BDA 50 which makes its arc BA 50. Angle EDA equals 130 because it is supplementary to Angle CDE which is 50. Since Angle EDA is 130 then its arc AE 130. If you combine arc AE and arc BA then arc BAE equals 180. Angle BCE is 180 degrees because its arc is 180 degrees.

3^-4 is 1/81

0.01234567901

yes always

1!=1 2!=2x1=2 3!=3x2x1=6 4!=4x3x2x1=24 5!=5x4x3x2x1=120 etc...

i meant numbers

in a sequence of number it is the first and last numbers subracted.

Nice pic, Anon. !!

 I was able to get this picture that I graphed. It needs                                                                                shading underneath the line though.

i² = −1

It's an imaginary number

Assuming that when he goes back to bat, he is only taking one swing, there is a 32% chance that he will hit it. I set up a proportion of 17hits over 53 swings = x #of hits over 1 swing.

I'm pretty sure arc m CE=50 means the arc measure of CE = 50

Also, I'm not sure if it helps but <A and <C have to be the same because it's an isoceles triangle.

We can write √(x²) as ..."the absolute value of x" =   l x l

And the absolute value of any number is either 0 (in the case of 0, itself), or a positive number.

So let x = a where a > 0    and rearranging your equation, we have

l a l + a = 0

a + a = 0     which is impossible, since adding two postives can never  = 0

So let x = 0

l 0 l + 0 = 0

0 + 0 = 0   ....and x = 0 is OK

Now, let x =a  where a < 0

l a l + a  = 0

-a + a = 0 ....note that, if a < 0, then the absolute value of a is just -a...and this is OK, too. (For example,

l -3 l = 3.........so if a = -3, then -a = 3.

So the answer to your question is that....... x ≤ 0.

Honestly, I'm not sure what you're asking but if it helps you can write it as an inequality.

512<x