Does anyone know what dot gain is?
465501
Dot gain is a phenomenon in printing and graphic arts whereby printed dots are perceived and actually printed bigger than intended. This causes a darkening of the screened images or textures, specially in the mid tones and shadows.
63455
What result? Need more detail!!
718654
go to :\n\nhttp://samples.gotdotnet.com/quickstart/aspplus/doc/webvalidation.aspx
401267
Alexa will give you an estimate, but it's skewed by users with the Alexa toolbar, so it's an estimate only.\n\nSometimes I've had luck trying to find their own stats page... http://stats.domain.com, or http://www.domain.com/stats. You might stumble upon it, just try the obvious variants.\n\nThere are various organizations that measure web site traffic for major sites through the various Netratings and Media matrix type things, but only good for major site "players" with major traffic. Usually based on surveys and user tracking. There are other attempts being developed that aim to provide some sort of "audited" figures like the mainstream press "audited circulation" figures.\n\nYou could also say you are thinking about advertising on the site, and ask for traffic information. This works some of the time.\n\nSo, short answer: not really.\nNot as short answer: where there's a will, there's a way... sortof.
798085
Your instructor is an idiot.\nThere is no commonly accepted notation in math which puts a dot over a natural number.\nI'm really sorry that you have a numbskull for a Calculus teacher.
755627
litterally nothing.\n\nI just got 8 and recently became certified in Dreamweaver and was tested on MX.....maybe 4 links or quicker ways to do something is bout it.  not worth updating.
866698
Check out this website. They discuss both direct and reverb loudness. It seems the steady-state reverb level depends on surface area and absorption coefficient while direct is 1/R^2 dependent. Unfortunately the symbols in their equations are not always defined right below the equation but they will be somewhere on the page. If you see a symbol that looks like 2 vertical sides and the top of a square, it's pi. Also they're not too careful about parentheses. One eq. you'll notice says\nWreverb = Wsource * (1 - a / Sa) but I'm betting it should be (1 - a) / Sa. (Otherwise they're using the fraction a/Sa which reduces to 1/S with 'a' irrelevant). Good luck. Maybe you'll find a more readable site.\nP.S. Of course one major effect you'll notice if your program material extends into the deep bass is a falloff of low-frequency response below about 22 Hz. From the ref., Fcutoff = c / 2 * longest dimension, should be c / (2 * longest dimension).
115033
http://www.theserverside.com/articles/article.tss?l=J2EE-vs-DOTNET\nhttp://www.gotdotnet.com/team/compare/\nhttp://www.javaworld.com/javaworld/jw-03-2002/jw-0308-j2eenet.html\nhttp://msdn.microsoft.com/vstudio/java/compare/
678426
this will explain it\nhttp://www.daniweb.com/techtalkforums/showpost.php?p=75196&postcount=43
956604
Try it out in the lewis-dot diagram\n      ..        ..\nH-O-Ca-O-H\n      ..        ..
891805
http://en.wikipedia.org/wiki/Gradient
511436
Move the dot to the other side of the 9.\n$189.00 ....added to the $2700.00 makes:\n$2,889.00\nCars aren't cheap.
379771
http://www.mikeholt.com/mojonewsarchive/EC-HTML/HTML/WyeTransformerCalculations~20030916.htm
562003
a minus sign with a dot above it and a dot below it.\n\nMENTALLY SUPERIMPOSE THESE TWO CHARACTERS \n:-
576321
depends on what gain you're talking about, monetary gain, or power output of an amplifier....gain is the increase in power output in an audio set-up, to boost the gain, an amp is used to ramp the power up to a usable level, that way when you speak into the mic, or strum the guitar, you get a more powerful audio signal...basically saying...making the audio louder by increasing the amplitude of the signal
745241
in a CE amplifier, when base voltage increase, base current increases. It causes an increase in collector current also. The collector current causes a voltage drop in the collector resistor. Because the output is situated below the collector resistance (with reference to Vcc) the output voltage will decrease as voltage drop across collector resistor increase. Thus it produces a 180 phase shift. (input positive, output negative and vice versa)\n\nYou can verify with this equation: Vcc=IcRc+Vc  (Vc=Vout)\nWhen  Ic increase, Vc must decrease because Vcc is constant.\n\nYou can analyze CB and CC circuits using the same manner by writing the voltage drop equations along a line or a loop. Then find the relation between input voltage and output voltage. You will see that there is no phase shift. (Input increase, output also increase)
29252
recent activity plus your points will shoot up.\nit's very hard not to notice that.