[Forum Game] Math

19
(π * 142^7)*(54*2*X)*0

There is no way to solve a variable equation if we are unaware of the desired result from the equation. I presume you mean solve for x?
341x5

Edit: obviously x could be anything though as the equation is a bit loaded

I guess he justs wants us to give the total. It is 0 for any x.

341 * 5 = 1705

Determine the second order partial derivatives of f(x,y) = x³+x²y³ - 2y²

There is a *0 so the answer is 0, no matter what x is.
And to answer yours, = 1705

Now for my equation:

sum [(4/5)^n], n=0 to infinity

Edit:

Is this right? f(2,0)(x,y) = 6x + 2y^3
That's only the second order for both x's, so I'm probably missing something.

Infinity!
√-1?

i

F(x) = x^2 + 4x + 6
Find the resultant expression (difference quotient):
(F(x+h)- f(x))/h

It is not infinity, try again

2x + 4

My problem still stands to be solved: sum [(4/5)^n], n=0 to infinity

How is it not infinity?
Also, n^0=1.

I think you all completely missed the op

Simple is a relative term

The numbers being added together get smaller and smaller as you go along, so the total sum approaches a single particular number.
for a way to solve it Google "geometric series" and it should give you the equation for it.

Did OP not ask to keep it simple lol

Have you met EMC?

This is simple: 6!

But... there is no equation so 6 I guess,
What is the square root of 666? Yea I kept it very simple as I want to abide to the op

3√74

6! = 6*5*4*3*2*1
1/(1+(1/a))?

Pft, I want decimals.

Good enough? :l

5/(10+x) + 5 = 0

Solve for x =P

Anyway, the answer to mine is 5.

1/(1-(4/5)) = 5