Another Line spectrum question!!!?
815029
This is because element is a single atom, and therefore only absorbs energy at specific wavelength.
62006
You meen with chat speak? I hate it when p30pl3 +@|k lyk3 +h1$!!!111\n\nBuggs the crap outt me. o__O
396592
A continuous spectrum of what?
228531
Here's a forum talking about this topic:\n\nhttp://www.thefiringline.com/forums/showthread.php?t=78068\n\nI hope you find what you are looking for.
769972
DeltaE=(6.626x10^-34) (3.0x10^8)/ lamda\n\nlamda = (6.626x10^-34) (3.0x10^8)/ DeltaE\n\n-------- = 1.978x10^-25 / 5 x 10^-8\n\n= 3.98 x 10^ -18m\n\nYour answer for wavelength is correct.\n\nFor frequency, it is equal to  c / lamda\n\n= 3 x 10 ^8 m/s  / 3.98 x 10^ -18m = 7.54 x 10 ^ 25 Hz.\n\nChecking.\n\n10^ 8 divided by 10^ -18 is  10^ 26 and 3 divided by 3.98 is approximately ¾ = 0.75.\n\nHence the answer is near 0.75 x 10^26 or 7.5 x 10^25.
978796
Study of data with respect to different spectral responses
451862
They did something with your line pairs during the install. Most likly your home phone line is ran in a so called "home run" fashion and when they were installing they somehow got the pairs being used for phone lines messed up or they actaully disconnected the rest of the run.
759091
------/:=====:x:=====:&#92;-----@-------\nL     2Wy                Int             2Wy           Load          N\n\n(Does this answer your question??)\n\nL=Live, 2Wy is a 2 way light switch, int is an intermediate switch, and @ is a light??\n\nConfused?? (never heard of tunnel switching!!?)
955805
That simplifies to 3[2x-1]>12\n\n[2x-1]>4\n\n2x-1>4    2x-1<-4\n\nx>5/2  or x<-3/2\n\nWhen you have absolute values, you have to look at both ends of the spectrum
735064
That sounds familiar... Think I'm working on it now! But I don't remember q. It is n in my book. In which case, q (if I'm thinking right) is the number of samples. Then again what's up with the ^'s? If np was > 10, then it meant that the distribution was approx. normal. You might be ahead of me right now...
897712
Hi \n\nOk , now thats a bunch of things at the same time :) First how much do you know about DSL lines as a whole ?
28291
here\n\nhttp://www.1037theq.com/main.html
122602
The first poster is correct.  The link in "sources" gives a chart showing the RF spectrum allocation for the U.S.  Police Radar is at 9.5-10 GHz.  Satellite TV is at 12 GHz.\n\nThe second link provides information on the politics and economics of frequency allocation.
126237
There are probably 30 different definitions of the word "line" at the link below. Do yourself a favor, follow the link and figure out which one you need.\n\nhttp://en.wikipedia.org/wiki/Line
123099
I still trying to figure out it's voltage, sorry. ;-) I try to look.  5.5x10 to the 14th power Hz   http://www.cs.williams.edu/~cs105/f01/text/ch3/DigitalTrans_14.html    Then scroll down until you find Prism.
597450
t1 is a 1.5 megabyte\nt3 is 45 Meg.\n\nds0 is 56k\n\n1 ds0 = 1 phone line\n1 t1  = 24 phone lines multiplexed(combined) on 1 cable\n1 t3  = 28 t1's multiplexed(combined) on 1 cable\n1 t3  = 672 phone lines.\n\n1sts1 = the electrical equivalent of 1 T3\n3 sts1 ride on 1 OC3\n3 oc3's and 3 sts1's ride on 1 OC12.\nor 12 sts1's ride on 1 OC12\nor 4 OC3's ride on 1 oc12\n\nOC48 works the same as an OC12 or OC3.\nOC = optical carrier.  sts1's are electrical equivalents of a ds3(digital) signal.\n\nyour voice is converted from sound to analog(through/at your phone).  The analog is converted to digital(at your phone or at your Local Exchange Carrier).  The digital is converted into sts1 electrical and shipped from your from location to your calling to location on an Optical carrier.  then the reverse occurs.  the electrical signal is taken off the optical carrier, converted back to digital then back to analog which passes through a speaker providing sound.\n\nif you are wondering how it is carried over any of these methods remember that the sound is converted into 1's and 0's or on's and off's.  each part of a sound is represented by a different length of a 1 or 0 or on and off.  so a digital signal is either on or off as you make sound.  the electrical signal is either on or off for that same sound.  the fiber or light in an optical carrier too is either on or off.  different shades of light are multiplexed on a same line.  so while your conversation goes over as white, mine may go over as bright white.  converters at the other end look for those two shades and seperate them to the appropriate path.  since shades of color are near infinite, millions of calls can be placed over the same lines..\n\nindian smoke signals worked in the same way.  1 cloud = yes.  2 clouds = no, etc...\n\nget it?.
633777
Maybe this explanation can help? http://en.wikipedia.org/wiki/Spectral_density