How would I write this in mathematica code???
The equation: [math] A\:\backslash\; B = \{x\: l \:x \in A, x\notin B \} [/math]
Where A is the set of all whole postive integers, and B is the set of [math] ^c\{D \times E\}_{D,E=2}[/math]
Dude, its the equation for a square with 2 units by 2 units. The equation would solve this problem, five squares! The answer is 5! The four one by one units and the one two by two square. (0+1)^2=1 and (1+1)^2=4, and 1+4=5
Okay, allow me to restate it. The sigma code adds the solutions togather fopr the answer, e.g. [math]\sum_{q=0}^n (q+1)^2[/math] if n was 2 the answer is 5. However, is there an equation which makes the answer to this problem a set? So it would be {1,4} rather than 5.
If an equation exists, what would it be on mathematica?
g is every prime integer starting with 2, 3, 5, 7, 11, and 13. You plug in 2-100 for each prime, and the numbers not found are prime. You add those numbers to the list and do the same for the next 100 numbers. I cannot do it too fast soo, I need a computer to do it. But anways...
Source I
Source II
Source III Source IV
Source V
Good to know that only 5 percent of viewers understand what FOX news is trying to say.
Maundering is more like it... more specifically, maundering without any analysis.
I know the psychic hotline is more accurate than FOX news. Strawmanning
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