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According to this site ....  about $160....

OK....post it...we'll see what we can do....!!!

2lgx=12   divide both sides by 2

lgx = 6     which means that 10^6 = x = 1,000,000    (assuming that  'lg" is base 10)

hey bro its ok. i have lost the will as well. mostly it comes from loss of power in your life. just remember something i learned when working with stocks. when things go down. there is no where to go but up.

We have A = Pe^(rt)   where r = .11 and t = 2  and P is the invested amount

8000e^(.11*2) = $9968.61   after two years

wat r u talking about? im priceless!

$$\left({\frac{{\mathtt{5}}}{{\mathtt{12}}}}\right){\mathtt{\,\small\textbf+\,}}\left({\frac{{\mathtt{1}}}{{\mathtt{9}}}}\right) = {\frac{{\mathtt{19}}}{{\mathtt{36}}}} = {\mathtt{0.527\: \!777\: \!777\: \!777\: \!777\: \!8}}$$

$${\mathtt{\,-\,}}{\mathtt{3}}{\mathtt{\,\small\textbf+\,}}{\mathtt{19}} = {\mathtt{16}}$$

770 x 5.9 x 10^12 = 4,543,000,000,000,000     ...  in words....about 4.5 quadriliion miles

4z/9-2=-8     add 2 to both sides

4z/9  = -6     multiply both sides by 9

4z = -54       divide both sides by 4

z= -54/4  = -27/2

d/dx ( sin^4/4 - sin^6/6 + C) =

sin^3x(cosx) - sin^5x(cosx) =

cosx(sin^3x)(1 - sin^2x) =

cosx (sin^3x)(cos^2x) =

sin^3xcos^3x

And           

d/dx(-cos^4x/4 + cos^6x/6 + C)=

-(sinx)(-cos^3x)   - (sinx)cos^5x  =

(sinx)(cos^3x)(1 - cos^2x) =

(sinx)(cos^3x)(sin^2x) =

(cos^3x)(sin^3x)  = sin^3xcos^3x

And they are exactly the same.....!!!

Let the number of text messages = n   ..so we have

20 + .10n = 30 + .05n    subtract 20, .05n from both sides

.05n = 10    divide both sides by .05

n = 200 text messages will make the cost of the plans equal

The lateral surface area (area of the sides) is given by 4*6*5  = 120 sq m

And the total surface area adds the area of the tp and bottom = 2*5^2 = 50 sq m

So the ratio of the lateral surface area to the total surface area = 120/(120 + 50) = 120/170 = 12/17

By "lateral area," I assume you mean the area of the sides.....but we can't answer this one because it depends upon how the rectangular solid is oriented as to what the "sides" are....

The distance is given by

√[(-4-8)^2 + (4-4)^2] = √[(12)^2 + 0^2] = √(12)^2  = √144 = 12

I assume this is

C(x) = x^3 -15x + 14

So.... the cost to make 900 units is given by

(900)^3 - 15(900) + 14

And I'l let you finish this one....

The volume of the cube is given by

s^3  = 4913  take the cube root of both sides

s = 17cm

And the diagonal is given by s√3 = 17√3cm

If the area of the base of one cube is twice that of the other, the ratio of their sides is s√2 to s

So, the ratio of their volumes is  (s√2)^3 / s^3  = (√2)^3  = 2√2

11+1888888888888888=1888888888888899

We have that  2s^2 = d^2      where s is the side and d is the diagonal......so we have

2s^2  = (9√3)^2

2s^2 = 243   divide by 2 on both sides

s^2 = 243/2   take the square root of both sides

So  s = √(243/2)

And the diagonal of a cube is given by

√(3s^2)  =  √[3(243/2)] = √(243*1.5) = about 19.09  units

wildhorse is a girl not a boy!