Last post before state!

[B3ndythumbs]

(55+3)^2+55^2-3^2=

modulus of (24+7i)^2 =
I thought since u square the complex, you square 25, which is 625?

4x(congruent sign)27(mod 7)

1+3+4+7+11+18+...+123

x-int of x^3-3x^2+3x-1 is (a,b). Find a.

3.8/(2+5/7)=_____(mixed number)

[Englandude]

[unparseable or potentially dangerous latex formula]

Yeah the modulus one should be 625 i think.

To find the sum of the fibonacci series, you use [unparseable or potentially dangerous latex formula]
You can apply this to fib-like sequences, and it becomes [unparseable or potentially dangerous latex formula]
So you have [unparseable or potentially dangerous latex formula]

[AuSmith]

2) A cheap proof would be [unparseable or potentially dangerous latex formula]. So, the modulus of a square is the square of the modulus. I say cheap because it takes a lot more work to show that [unparseable or potentially dangerous latex formula] behaves like an exponent. Normally, we define [unparseable or potentially dangerous latex formula], then prove most of the wonderful properties of exponents.

3) I think they have tables for this stuff. You could say [unparseable or potentially dangerous latex formula] and so [unparseable or potentially dangerous latex formula]. At the very least, you're assured [unparseable or potentially dangerous latex formula] has an inverse because it's relatively prime to [unparseable or potentially dangerous latex formula]....... conclude that [unparseable or potentially dangerous latex formula]. Multiply both sides by [unparseable or potentially dangerous latex formula]. Finally, [unparseable or potentially dangerous latex formula].

5) It's just asking you to find the root. [unparseable or potentially dangerous latex formula], so [unparseable or potentially dangerous latex formula].

6) You're compelled to add first. [unparseable or potentially dangerous latex formula]. You then notice that [unparseable or potentially dangerous latex formula] nicely cancels with [unparseable or potentially dangerous latex formula].

[unparseable or potentially dangerous latex formula]