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Can someone say nasty!!!!

3|x - 7| - 2  =  4

3|x - 7|  =  6

  |x - 7|  =  2

Either  x - 7  =  +2     or     x - 7  =  -2

                x  =  9                   x  =  5

Here's 8

log_ee¹⁷ + log1000   =     ( remember log_aa^b  = b )     

17  + 3   =

20

The fact that it pleasures you is gross.

Umm. If you want to simplify that then I will help you.-(-x) is of course positive. So, -3x+x+4x. -3x+x is -2x. -2x+4x is 2x

13+-3p=-2

remember that +(-X) = -X

13 - 3p = -2

U usually want all ur #'s on the right side

- 3p = -15

devide by - 3

Since (-X)/(-Y) = X/Y we get:

p = 5

I think p=-0.2

Here's 7

4^2x+1 = 1 / 256^x+3     we can write the right hand side  as 256^-(x+3)

We can equate bases and solve for the exponents.....Note that 256  = 4⁴ ....so we have

4^2x+1 = [4⁴]^-(x+3)    and by a property of exponents, we have

4^2x+1 = 4^-4(x+3)

And solving for the exponents, we have

2x + 1 = -4(x+3)    simplify

2x + 1 = -4x - 12    add 4x to both sides and subtract 1 from both sides

6x = -13                divide both sides by 6

x = -13/6

Logs are basically exponents.

So weird.....

ILY

ILU 

143 (# of letters in each word)

I <3 U

I less-than-three you

(4/5)*(3/7)

Adding parenthesis makes it possible to use fractions in equations.

Aren't they just trees that have been chopped up?

Think of dividing fractions as multiplying by reciprocals. If you have one third divided by one fourth, reciprocate the denominator and multiply. (1/3)/(1/4) => (1/3)*4

1 1/3 => 4/3, so, (35)/(4/3) => (35)*(3/4) => 105/4

26 1/4$$\mathrm{ERROR}$$

$${\frac{{\mathtt{35}}}{\left({\frac{{\mathtt{1}}}{{\mathtt{3}}}}\right)}} = {\mathtt{105}}$$

6x² +7x - 3  =  0

To complete the square:

Step 1) Move the constant term to the other side (add 3 to both sides):

            6x² +7x     =  3

Step 2) Divide all the terms by the coefficient of the squared term:

             x² +(7/6)x     =  1/2

Step 3) Divide the coefficient of the x-term by 2, square that number, and add that number to both sides:

                       7/6 ÷ 2  =  7/12             (7/12)²  =  49/144

             x² +(7/6)x + 49/144  =  1/2 + 49/144

             x² +(7/6)x + 49/144  =  121/144

Step 4) Factor the left side:

            (x + 7/12)²  =  121/144

Step 5) Find the square root of both sides (don't forget the ± sign):

              x + 7/12  =  ± 11/12

Step 6) Finish:

              x  =  -7/12 ± 11/12

              x  =  1/3, -3/2

1. 
   
   
   

   To calculate the  slope of a line you need only two points from that line, (x1, y1) and (x2, y2). The equation used to calculate the  slope from two points is: On a graph, this can be represented as: There are three steps in calculating the  slope of a straight line when you are not given its equation.

   
   

    

   
   

   -Google

   
   
   
   

-5(-2b + 3) - 4(-3b + -6)

Use the distributive property:

10b - 15 + 12b + 24

Add like terms:

22b + 9

-(8x-2) = 3+10(1-3x)

-8x+2 = 3+10-30x 

-8x = 11-30x

22x = 11

x = 11/22

x=1/2

$${\frac{{\mathtt{3}}}{{\mathtt{7}}}} = {\mathtt{0.428\: \!571\: \!428\: \!571\: \!428\: \!6}}$$

x²+3x-54

3( 4x +2) + x ≤1 + 13x      let's simplify this

12x  + 6 + x ≤ 1 + 13x

13x + 6 ≤ 1 + 13 x           subtract 13x from both sides

6 ≤  1

The inequality is never true.