722538a275 sh kd
o fc
jvc
lt-40a320
27hx
model/modèle no. lt-40a320 adr
40" class lcd tv (40 inch /1016.1 mm diagonal)
lcd tv/téléviseur acl 120v 60hz 147w
this device complies with part 15 of the fcc rules operation is subject to
the following two conditions (1) this device may not cause harmful interference, and (2)
this device must accept any interference received, including interference that may cause undesired operation
manufactured under license from dolby laboratories. dolby and the double-symbol are trademarks of dolby laboratories.
fabriqué sous licence de dolby laboratories. le terme dolby et le sigle double d sont des marques commerciales de dolby laboratories.
lamp contains mercury. dispose according to local, state or federal laws. la lampe contient du mercure.
mettre au rebut conformément aux lois locales, d'état, provinciales ou fédérales.
jvc kenwood corporation
12, 3-chome, moriya-cho, kanagawa-ku, yokohama, 221-0022, japan
assembled in thailand / assemblé en thaïlande
serial no./no. de série
march 2012
sh line an antara montb
087r0745
cu
listed
video product
e254798 cat. m3lf69
series
what is the ip address

Write 150 words on what kind of website would you like to make in the future? what sites would you like to model yours after?

Write a computer program to calculate the three-phase fault current for a fault at f in figure 1.16, with the network normal, and with one line at a time removedproblems 1.1 write a computer program to calculate the three-phase fault current for a fault at f in figure 1.16, with the network normal, and with one line at a time removed 20 power system relaying from service. the positive-sequence impedance data are given in the accompanying table. use the commonly made assumption that all prefault resistance values are (1.0+j0.0) pu, and neglect all resistance values. calculate the contribution to the fault flowing through the cb b and the voltage at that bus. for each calculated case, consider the two possibilities: cb b2 closed or open. the latter is known as the stub-end fault í• figure 1.16 problem 1.1 system data for figure 1.16 from to positive sequence 0.0+j0.1 0.05j0.15 0.04 j0.2 0.01 jo.i 0.015 + j0.15 0.01 j0.19 0.01 +j0.19 0.03+j0.1 0.0+j0.08 6 6 6 from service. the positive-sequence impedance data are given in the accompanying table. use the commonly made assumption that all prefault resistance values are (1.0 + j 0.0) pu, and neglect all resistance values. calculate the contribution to the fault flowing through the cb b1, and the voltage at that bus. for each calculated case, consider the two possibilities: cb b2 closed or open. the latter is known as the “stub-end” fault.

Some of your friends have gotten into the burgeoning field of time-series data mining, in which one looks for patterns in sequences of events that occur over time. purchases at stock exchanges--what’s being bought-- are one source of data with a natural ordering in time. given a long sequence s of such events, your friends want an efficient way to detect certain "patterns" in them--for example, they may want to know if the four events buy yahoo, buy ebay, buy yahoo, buy oracle occur in this sequence s, in order but not necessarily consecutively. they begin with a collection of possible events (e.g., the possible’ transactions) and a sequence s of n of these events. a given event may occur multiple times in s (e.g., yahoo stock may be bought many times in a single sequence s). we will say that a sequence s’ is a subsequence of s if there is a way to delete certain of the events from s so that the remaining events, in order, are equal to the sequence s’. so, for example, the sequence of four events above is a subsequence of the sequence buy amazon, buy yahoo, buy ebay, buy yahoo, buy yahoo, buy oracle their goal is to be able to dream up short sequences and quickly detect whether they are subsequences of s. so this is the problem they pose to you: give an algorithm that takes two sequences of even~s--s’ of length m and s of length n, each possibly containing an event more than once--and decides in time o(m n) whether s’ is a subsequence of s