Calculus

The Mandelbrot graph is generated iteratively and so is a function of a function of a function ... and in that sense it is a composite function.

log(530000) = 5.72427587

The equation is [ y = 3 ].

Its solution is y=3 .

You get a straight line (parallel to the x-axis) that passes through only the y-axis, and it crosses the y-axis at (0,3).

For all values of x, the value of y is 3

Y

Anything is inverse when its it becomes larger when its counterpart becomes smaller. Thus, in effect, the effect of inverse will be opposite of that of its counterpart. Inverse sublimation thus can be imagined as overgrowth of its counterpart reducing the possibility of sublimation.

p=1/3(A)^2

where: p=power

A=maximun amplitude

x2 + 4 = 0

then get the x on one side.

x2 = -4

then find the square root of both which would cancel the square on the x.

therefore the answer is: x = the square root of -4 = i squared root 4, which is a complex number ( imaginary number) since you cannot find the square root of oa negative number

First you collect like terms on each side.

X+(-8)=4x+1

Then you move the variable (x) to one side, and the constants to the other. (-x to both sides, and -1 to both sides)

-9 = 3X

Then you get the variable alone. (Divide by 3)

-3 = X

(2t - 3)(7t^2 + 8)

24x = 32 = 25

So 4x = 5 and x = 5/4 = 1.25

you have to bring the "y" to one side.

10y - 6 = 2 + 4y

10y-4y = 2 + 6

6y = 8

y = 8/6

If you substitute 8/6 into y you will find that 8/6 is the answer

-2x+20 = 3x

20 = 3x+2x

20 = 5x

4 = x

So x = 4

It is possible.

oo=infinite limx->(+/-)oo(2x2+3)=oo

y=2x2+3

y'=4x=0

x=0 <-Location of absolute minimum

y(0)-2(0)2+3

y(0)=3

[3,oo)

y=x-1 is a simple linear line variation of y=x. With the inclusion of a constant 1, the y intercept (when x is 0) is shifted from 0 to -1. The slope is 1, and the y intercept is -1.

Depends on how much you plan on eating.

;)

All jokes aside, not many. Given that people tend to like elbow room, you wouldn't be able to fit more than 2 people per side and thats a generous estimate assuming they aren't *larger*. 4x4 is not large at all.

Addition is the same no matter what order it is in.

If x is 2, then 2+3=5 and 3+2=5 are the same. They are all in the same fact family.

Multiplication is the same no matter what order it is in as well.

x times 3 is the same as 3 times x

If x is 2, then 2*3=6 and 3*2=6 Fact families!

They are parallel.

The x-intercept will happen when y equals zero. So we can say:

x2 - 4x + 4 = 0

(x - 2)2 = 0

x - 2 = 0

x = 2

So the x-intercept happens at (2, 0). To verify, just plug 2 into the original equation:

y = 22 - 4(2) + 4

y = 4 - 8 + 4

y = 0

-- Pick any number at all and call it " x " . Any number whatsoever.

-- Multiply it by 8 and call the product " y " .

-- There you are ! Now you have an ordered pair that's a solution to that equation.

There's no limit. You can keep inventing ordered pairs just like that, until

you have millions or billions of them, or as many as you want.

No.

x2 -4x - 12 = (x + 2)(x - 6)

64

7x-40 = -3x

Add 40 and add 3x to both sides:-

7x-40+40+3x = 3x-3x+40

10x = 40

Divide both sides by 10:-

x = 4

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- X + 5Y - 4X + 7

gather terms

- X - 4X ( same as - X + (- 4X )

5Y

7

= - 5X + 5Y + 7

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