File talk:Urethane sponge1.jpg

出典:ウィキメディア・コモンズ (Wikimedia Commons)
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I found this picture in the German page, I would like to know how many "oil" (the most important source or? Natural gas is maybe also very much used, but both are the actual 2 most important fossil energy sources in our modern world, I guess that for building billions (Electric-Cars sometimes got as much as much 10,000 Li-Po or Li-Io Accus, and over 500,000 "Tesla Model S" were already sold alone in the US, so these alone took I would say over 3.5 billion usual smartphone Li-Po/Li-Io cells in larger blocks and without description, making it more efficient/smaller...

1. How much crude oil such a cheap sponge made from Polyurethane and Polyester (like mine) need?! Since the weight is a joke, if 1kg oil would be 1kg Polyurethane you could produce many tousands of them for like 50 US-$ worth oil?! I just opened a box of 10 of these cheap sponges, 46% Polyurethan and 54% Polyester. That are all information, except a free telefon number which is on every Edeka-Product. They are sooo light, but does it mean, that a barrel of oil (158.98 liter) can produce so many kilogramm of Polyurethan/Polyester and 1 barrel oil is able to produce extreme amounts of sponges?! I think the process, the transport (light, but still needs place when transported?

2. Are the Li-Po(lymer) Accus really made out of much Polymers, meaning that there will be a boom for chemical factories producing accus (Tesla builds a own factory in California, it is all Made in USA, that is why the cars are so expensive, but they are so powerfull, with over 700 horsepower for the good model, and even the middle 85 and/or 90 kWh version has over 400 or even close to 500 horsepower I think. It is just as usual locked up for the high class, the cheap ones do not need an electronic lock @ 250km/h as usual because their maximum speed is anyway around this and to reach the maximum speed you already have to drive on full gas for a while on a straight road at best without any other vehicles, but even than above 200km/h it is only going up quite slowly if ~248 or so is the maximum speed... but they will have to add something because the electric motor is making such a small sound, nobody can hear it, making it dangerous, especially in crowds and traffic jams and when people try to cross street, we have such a street here in Berlin, to get to the metro the best way is to get through a 2-lane road which sometimes is empty, but sometimes they are waiting because at the corner there are lights for a larger street, depends on day and time, I go there every day, but at little bit different times but always in the morning before 12, sometimes only a few minutes before 12 but still before :D

I always check for sound If I can not see everything because a small bus/transporter parked in a position that is blocking the sight... no sound = no car... and a 250km/h (155.34 mph) Tesla car could hit me, I would not hear it... Electric car important because it will become already in this decade I would say the most important market for producers of accu and suppliers (as I asked, Polymer for Li-Po? I have a Li-Po in my current smartphone from Huawei, before I had a Huawei, a bit cheaper back than, it had a "Li-Io" Accu, it was loading extreme fast the first 50%, and after 80% it took extreme long compared to the first per cents... while the Li-Po also loads a bit more slowly when it reaches 80%, but also the lower per cents are loading long too, so all together it is a bit faster if you load to 95-100%. I always load at ~20% and a bit below, at 15% there is already a "bad beep" and instruction to load it immediately, and I remember from the previos phone that if the accu goes below 10% it is being damaged or it shortens its loading cycles and maybe even the whole capacity.

So I'm usually fine with 18 to 100%, but no long overloading, in most cases I take it out at 98 or 99%, but if 100% I take care that a "overloading" (can damage the accu too) is not happening and that the loading is ended. So buy shares from BASF, Bayer and other chemical companies on the stock market?! ;) Greetings Kilon22 (トーク) 12:54, 4 July 2016 (UTC)[返信]