Whether there is a process whose analysis of one part does not allow predicting the next part. - page 4
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Yes, porquoi would not pas? - But, a whole other question, would I be as interested in making money, but already "on the other side"?
Would you?
I don't know this business in numbers. What makes you think it's easy? Do you think that if you buy business centres for example with this amount, the profit will be less?
Yeah, why wouldn't they?
Hmm. It used to be that you could start your own DC with 200k at the entrance. Now you probably need at least 500k and a very specific direction of development.
A joke? A provocation? ))
I don't know this business in numbers. What makes you think it's easy? Do you think that if you buy business centres for example with this amount, the profit will be less?
Hm. It used to be that you could start your own DC with 200k at the entrance. Now you probably need at least 500k and a very specific direction for development.
Well, I understand that it's not about kitchens and not about these figures. You don't have to bother with all the calculations.
Everybody has the same approach - it's better where we're not. As they learn that the factory price of a modern TV set is around 10 quid, they start either crying about the sharks of capitalism or "I'll buy it wholesale".
Completely ignorant of what is involved at every stage up to the shop's warehouse.
Well, I gather it's not about the kitchens or those figures.
1. What is the point of looking at a series that has nothing to do with the process? - it is about studying and predicting a hypothetical process and the numerical series belonging to it.
By the way, better than MathRand()&0x00000001 in terms of performance
Fucking hell...
Thanks !!!!!
Fucking hell...
Thank you !!!!!
Single-stroke operations rule.
It's also useful to know about replacing x*2 by x<<1 and x/2 by x>>1, and with powers of two, too.
One-step operations rule.
It's also useful to know about replacing x*2 by x<<1 and x/2 by x>>1, and with powers of two, too.