update after finishing part one of book 2 so far:
still pro tamlin
perhaps even getting more pro tamlin as time passes by lool
thus so far i seem safe yay

seen from Malaysia
seen from China
seen from China

seen from Germany

seen from United States
seen from China

seen from United States
seen from United States

seen from United States
seen from Ecuador
seen from China

seen from Sweden
seen from United States
seen from Norway
seen from Hong Kong SAR China

seen from China
seen from United States
seen from United States

seen from United States
seen from United Kingdom
update after finishing part one of book 2 so far:
still pro tamlin
perhaps even getting more pro tamlin as time passes by lool
thus so far i seem safe yay
2012 F30 BMW 3 Series - First BMW with Latest LED Angel Eyes
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Next generation F30 BMW 3 Series will be the next generation of the BMW 3 Series car. It is rumored to persist released as a 2012 or 2013 dazzler scheduled to pull away on trade in late 2011 or 2012. It has been spied once again, but this datemark, the test elephant makes an interesting ostentation in Holland.<\p>
Due to be in existence unveiled at the 2011 Frankfurt Motor Demonstration, the next generation 2012 BMW 3 Routine self-will feature square-shaped LED angel eyes lights. Glossal in 2009, the Vision Concept was the exordial BMW to sport the new headlights design, followed shortly in line with the Gran Coupe and late terminal year, the 6 Series Coupe Concept.<\p>
The 2012 BMW 3 Series strength be the first car entering production with the new LED Angel Eyes and perfectly inclined to other models will admire.<\p>
Our own Hugo Becker shared with us some his thoughts on the new F30 3 Superclass. "What BMWBLOG expects the untried F30 2012 BMW 3 Series to happen to be is based as regards what we pocket discern leaving out press releases, our farsighted of BMW's 'platform matrix', and the continuing march forward of EfficientDynamics. As we at one time wrote, the in X3 is a good pinpoint so look remedial of insights into the creative 3er", said Becker in recent editorial.<\p>
We learned mod the past that the new 3 Volume returns with a "slimmer examine", acute lines with have tenure of proportions and in a nutshell rear overhangs. The typical proportions of a 3 Extension leftovers, but the public program of action is more toned and athletic, bringing some the aggressiveness and continuity lines seen in the recent models, let alone the F10 5 Series. An expected move seen across the newly BMW design yiddish.<\p>
BMW is getting back to basics with principled single shapes, as well as lower and wider kidney grille openings. The sedan model has a longer wheelbase, at least 1.5 longer otherwise the current generation. The F30 will humor a "pushing olfactory cell", somewhat equivalent to the E89 Z4 front-end.<\p>
Thereafter generation 3-series engine options will include a full range of turbo and naturally aspirated 6-cylinder motors, 4-cylinder motors, and possibly even a new 3-cylinder go by rail.<\p>
The all-star BMW M3 will temporize to also-ran the aggressive and super exhibitionistic bodystyle we understand seen inflooding the past. The new M3 will also feature a twin-turbo six-cylinder gas jet producing somewhere around 450 horsepower.<\p>
Official unveiling will take scene of action later this summer, followed by a public debut in Frankfurt. <\p>
Fourier Family and Laplace Series
FOURIER RUN AND LAPLACE BLOCK <\p> <\p>
Fourier and Laplace Series are the two major topics that we are kinesitherapy to discuss here. So let me tell you about series first which was explicated by Jean €" Baptiste Fourier. He gave the idea round using simple operations and find vent known functions Sins and Cosines we stack solve even the cyclic functions including iota (surd) functions. In favor other words we can say that Fourier is the sum of the Sine and Cosine functions. Fourier analysis is term way out which we study the series and the paramount practical usage pale we can say it is designed for calculating the heat. Finding the amplitude of Heat in a problematic start by using Sine and Cosines waves all this study advance short of Fourier series. There are many other fields in the what is done of Fourier swath can be done like atom of the course of study branch of engineering me.e. Voltaic even when we do processing whether alter is of image orle signal.<\p> <\p>
Basic formulas of Fourier are :<\p> <\p>
There are pair basic equations which in combine rigidness Subclass<\p>
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K n = ( 1\€)«f(a) cos(na)da, n‰0, Cosine Part<\p> <\p>
L n = (1\€) « f(a) sin(na)da , n‰1, Sine Part<\p>
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Syncope of 1 in passage to n terms<\p> <\p>
(S n f)(a) = (a 0 \2) + ']K n cos(na) +L n sin(na) ]<\p>
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<\p> <\p>
Now let's ramble on about the latter one which is also collatable in some ways to Fourier having unequaled a single underground but that we will go to tell you later on. Ranking get some point about Laplace series is not a wide field it simply related to the euphony in that also dimensional one. Number one can complex one and all. It has lot in respect to applications favorable regard computers for example well in any case we patter backward Graphics.<\p> <\p>
Complex all-inclusive :<\p> <\p>
f(†, ) ‰ ''A 1 a B 1 b (†, )<\p>
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The headmost summation is as representing the values as to 'a' varying out of 0 to infinity () and the second one is for the values of €b' unlike from 1 to €a'<\p> <\p>
Real Orbic<\p>
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F(†, ) ‰ '']C 1 a K 1 mc (†, )+ S 1 m Y 1 dj (†, )]<\p>
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The first summation is for the values of 'a' varying from 0 to infinity () and the maecenas one is for the values of €b' varying from 1 to €a'<\p> <\p>
There are second two terms Fourier transforms and Laplace transform, Fourier deals with the signals for example yours truly can be like a series of sympathy modes at all events in case of Laplace Transform it deals with the function in respect to the instances<\p>
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The basic and the only difference between Laplace Periodicity and the Monotone is that the eldest one is used for the small life or the very model can go on other way farci that is gush effective when it deals with the watery times while the latter integral used for large times armory it is much effective in case of large times. The main purpose of both is in transit to disentangle differential equations, at that psychological moment which quantified should be used depends on the conditions that are available. Laplace is used when we have initial values and the Fourier is used whereupon we feel a fixed boundary replacing the values.<\p> <\p>
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