2. No, viruses do not behave like bacteria.
3. To balance my upvotes against my downvotes to maintain my karma at 2600.
2,688 karma · joined June 6, 2012
2. No, viruses do not behave like bacteria.
3. To balance my upvotes against my downvotes to maintain my karma at 2600.
Wisdom, Emotional Intelligence, Initiative, Robot, Dastardly or something like that.
The build comes in under $200. I don't understand the whinging in the comments.
No, there is no scaling of matter or light. It just has a bigger space to play in.
Only privately owned companies - no PLCs. Only people can own companies, not other companies.
How does that sound, comrade?
All our bytes of ram are numbered. We read a value from byte number 8 and that value is 17.
"Byte number 8" is a pain to remember or calculate so we give it a label and let the computer keep track. That's a "variable".
What does that 17 mean though? Is it a value we want to use later on? It might be. Or it could be referring to Byte 17 in our ram. Byte 17 happens to have the value 42 so if we use Byte 8 as a pointer that's the value we end up with.
But it's entirely our choice. It's just a number and we can treat it as a value or a pointer to another memory address as we like.
I need to point out that he wasn't. His heresy trial had nothing to do with his cosmic beliefs. He was convicted for teaching religious beliefs, as a Catholic, that were contrary to Catholic dogma. The church punishment for this was excommunication but the secular punishment was execution, so he got burned.
The first patch I ever used (first time I heard the term) was the Doom network patch.
Yes.
> Have you seen how satellites move?
Yes.
> They traverse the sky in a perfectly straight and constant-motion fashion that is utterly unlike any bird.
That's exactly like any migrating bird. Like a goose. Well, until they suddenly switch direction and continue at a constant speed and height till they go over the horizon. Have you ever seen birds migrating?
Also, if lights in the sky that look like meteors but suddenly switch direction are aliens, then I've seen them hundreds of times walking home from the pub (no streetlights here). Never yet been offered a lift!
Try to think things out before hitting "reply". It would improve your posts immeasurably.
You liked the egg example until I pointed out how daft it was. Ah, the fickleness of youth!
So old money would have been briefly useful in the early 1990s, over 20 years after it was phased out? Because that's when a dozen eggs cost 1 pound.
In 1970, a dozen eggs cost 3s.4d. Quick, how much is one egg? (for comparison, I see Tesco have 10 eggs for £2.20. How much is one egg?
It can't be negative because you cheat and always put "larger - smaller". See your own example: you go:
13 - 7 = 6 -> 7 - 6 = 1
a - b = c -> b - c = d
But then then you do: 6 - 1 = 5 -> 5 - 1 = 4
a - b = c -> c - b = d
Which switches the order. What if you don't?I'm not sure about better, but I think I can explain it more simply.
Our subtraction is "a - b = c", where "a" and "b" have no factors in common. And the result is that "c" also has no factors in common with "b". Well, what if they did? What would it look like if "b" and "c" had a common factor?
Let's use the example of "b = 6", that was used in the article. 6 has two factors: 2 and 3, so let's see what happens if 2 is a factor of the resulting "c":
a - b = c
----------
8 - 6 = 2
10 - 6 = 4
12 - 6 = 6
14 - 6 = 8
You can see what values of "a" are required to get a factor of "2" as the result, and at this point, I reckon most folk can see the flaw in this cunning plan. But let's rub the point in with 3: a - b = c
----------
9 - 6 = 3
12 - 6 = 6
15 - 6 = 9
18 - 6 = 12
Again, you can see the result. In order for "b" to have a common factor with "c", "a" has to be some multiple more of that common factor.(slightly more mathy: we're looking at "a = b + c", where b = px and c = qx (x is the common factor), so we have "a = px + qx" yet we're claiming that "x" is not a factor of "a")
Anyway, since we're subtracting and always get a smaller number, and it's always a relative prime, we clearly must end up with 1.
No, that's wrong. If you convert 328K to Celsius, you get 55C. You can't add arbitrary precision to a number. The correct calculation for a whole degree is:
54C => (54 + 273)K => 327K
If you want a single decimal place of precision:
54.4C => (54.4 + 273.2)K => 327.6K
You can then subtract 273.2 to convert back, and you get the 54.4C you started with.