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Get ready to die, Kid Danger!

Thanks Awsomeee    

$$(5x^2+4y)^2 =$$

$$(5x^2+4y)\times{(5x^2+4y)} =$$

Using FOIL:

$$(5x^2\times{5x^2}) + 2(5x^2\times{4y}) + (4y\times{4y}) =$$

$$25x^4 + 40x^2y + 16y^2$$

12.5cm Squared times 100mm2 over 1cm2?

1cm=10mm

(1cm)^2=(10mm)^2

$${\mathtt{1}}\left[{{cm}}^{{\mathtt{2}}}\right] = {\mathtt{100}}\left[{{mm}}^{{\mathtt{2}}}\right]$$

I guess you mean 12.5cm Squared is (12.5cm)^2,so the question could represnt as:

$${\frac{{\left({\mathtt{12.5}}{cm}\right)}^{{\mathtt{2}}}{\mathtt{\,\times\,}}{\mathtt{100}}\left[{{mm}}^{{\mathtt{2}}}\right]}{{\mathtt{1}}\left[{{cm}}^{{\mathtt{2}}}\right]}} = {\left({\frac{{\mathtt{25}}}{{\mathtt{2}}{cm}}}\right)}^{{\mathtt{2}}} = {\frac{{\mathtt{625}}}{{\mathtt{4}}}}{\mathtt{\,\times\,}}{{\mathtt{cm}}}^{{\mathtt{2}}} = {\mathtt{156.25}}\left[{{cm}}^{{\mathtt{2}}}\right]$$

She has 5/8 of a yard left for each pillow.....assuming she uses the same amount for each pillow, we just need to divide this by 2......

So ....  ( 5/8 )  /  (2)   =   (5/8)/(2/1)  ...... invert the second fraction and multiply....and we have

5/8   x   1/2   =

5/16  of a yard....and that's the amount she will use on each cover......

The radius = (1/2)√[ (-3-7)^2 + (-11 - 13)^2] = (1/2)√[10^2 + 24^2]  = (1/2)√676  = (1/2)26  = 13

And the center is at   [ ( 7 -3) / 2 ,  (13-11) / 2 ]   =  [4/2,  2.2] =  (2, 1)   and the equation is....

(x - 2)^2  + (y - 1)^2  = 13^2       ..... or......

(x - 2)^2  + (y - 1)^2  = 169

The coordinates are .....  [ 6cos 120°, 6sin 120° ]   =  [6 (-1/2), 6 √3/2]  = [ -3, 3√3 ]

Now this looks like a job for me, so everyone just follow me

.25/.05=5+7.8=12.8

answer=12.8

Notice that.....

³√1000  = 10     .....so......

There are 999 positive integers whose cube roots  < 10

P = 2 [W + L] 

20 = 2 [ (2/3)L + L]   divide both sides by 2

10 = [ (2/3)L + L]   simplify

10 = (5/3)L        multiply both sides by (3/5)

(3/5)*10 = L  = 6

√x

Basically, we're taking the cube root of x^(3/2) = x^(1/2) and multiplying this by x  = (x)^(3/2)....then taking the cube root of that, etc.........the last operation results in  (x)^(3/2)^(1/3)  = x^(1/2)  =

√x

this is made my latex:

$$$\LaTeX$$$

$$$
\root 3 \of {x \root 3 \of {x \root 3 \of {x \sqrt{x}}}}
$$$

³√[-128]  =

³√[ -1 * 64 * 2] =

³√ -1  *  ³√64   *  ³√2   =

-1 * 4  * ³√2   =

-4 ³√2

So   a + b =   -4  + 2 =  -2

(1/8) ^ (1/3)   =

³√(1/8)  =

³√[(1/2)^3]

1/2

Ok ok! Geez calm down Titanium!

ill make the news report as soon as my bf stops flirting me. Its like hes with me 24/7

Yea!

capt. Man and Kid Danger defended successfully the Queen's throne from the greedy members of Camelot (im from Royality, so Rosala dont complain that i also tried to take over camelot territory once). The queens throne is safe......for now.

anyways, good luck at 10th grade, Rosala!

this is good for channel 21 news!

Heather, get back on air! Weve been waiting for you since forever to make a news report!

this time, make it about capt. Man and kid danger

Youre welcome

Thanks! 

4(6x + 8) + (3x^2 + 4x)

= 24x + 32 + 3x^2 + 4x

= 3x^2 + 28x + 32

1/8 to the 1/3 power

1/8*1/3=1/24

overall, 1/8 to the 1/3 power is 1/24

4(6x + 8)  +  (3x^2 + 4x)   =

24x + 32 + 3x^2 + 4x =

3x^2  + 28x + 32   =

(3x + 4)(x + 8)

Thank you so much! I totally forget about that method, I only think about it while integrating. You've been a great help and brought me one step closer to passing my exam :)