Cosa N0stra

Ive got the one with the camera. i think its the 4th gen? but ive got an app that says its the 3rd gen. i just need someone to verify

Does other "flashes" or whatever they are that appear every now and then, what it is? The people are on the island, but apparently, in these "flashes", it looks like they've been saved already?

The equation is set up in the following: r(s)=3.75s OVER 1200+1.69s

Its a sandwich shop where it cost $1200 to operate it

$1.69 per sandwich for cold cuts, bread, condiments, etc.

$3.75 for each small sandwich

A.) If they sell 400 sandwiches in a month, what is their revenue? (I got 1500 OVER 1876, which makes no sense to me)

B.) In order to earn $750 in one month, how many sandwiches do they need to sell?

When I play Halo a pop warning advises me that my NAT is not OPEN, so I don't get the full experience when gaming. How do I go about "Opening" it?

Some say 1793. others say 1794, when was it!? Please and thank you.

I need a word document where I can use annotations. Anybody know a free text based program?

My profile is private, however, the only thing that everyone can is my "Pages" thing. How do I make that one private as well?

I type them in as 6.6', yet measurements go to 6.60000??

If I add a neighbor, would they also be able to see my facebook profile?

Why aren't the rankings working!? Anybody else experiencing the same problem!!!?

I need to know how I could use the distance formula to verify that the coordinates I determined for the midpoint are correct. I got a coordinate of (86,195) How would I verify is this is correct, once again, using the distance formula?

This trajectory assumes that Earth at departure, the Sun, and Mars at arrival, are aligned. Also, we will assume that Earth's and Mars' orbits are circular, with radiuses R = 150,761,776 km and 228,732,718 km, respectively.

What is, in meters, the semi-major axis, a, of this transfer orbit?

Hint: determine its radiuses at aphelion and perihelion.

R→X×X

In a nutshell, loop quantization is the result of applying C*-algebraic quantization to a non-canonical algebra of gauge-invariant classical observables. Non-canonical means that the basic observables quantized are not generalized coordinates and their conjugate momenta. Instead, the algebra generated by spin network observables (built from holonomies) and field strength fluxes is used.

Like I said, I have an immense amount of free time other than homework. It'd be great if someone would share their ideas on what I could do on this free time other than videogames. Something that'll benefit me in the future, something productive other than school work...

i need to figure out how much 44 percent is out of 14,000