what is parallel in/ parallel out?
123452
Parallel data is given several bits simutaneously on each clock cycle where serial data is given 1 bit every clock cycle.
528219
No.  In a parallel circuit the current splits up to take the different paths in proportion to their opposition to current flow.
301191
voc = call\nrupt = break\ndi = twice, doubled, twofold\nclam =  vice, clamp \nfract, frag = break\ngen = kind, sort (?)
195068
On an SMP system, Inter Processor Interrupts are used to coordinate with other processors. Is this what you are asking about?
191564
order of operation - parenthesis, power, multi/divide, and add/subtract
541788
I wouldn't worry about an extra if eating up any extra CPU's.  Believe me, the difference would be negligible...\n\nIf you really want to speed up your code, do this:\nint x = 0;\nfor ( ; x < 6; x++ ) {\ndoWork();\n}\n\nx++;\nfor ( ; x < 10; x++ ) {\ndoWork();\n}\n\nthat's about as fast as it gets.  It's more code bloat, but it does prevent the extra if().
540571
Printers usually use a parallel port or a USB slot to connect to the computer.\n\n(Parallel port)http://www.webopedia.com/TERM/P/parallel_port.html
507519
you mean parallel structure....\nwell um here is an example using party decoration:\n\nThe cake was frosted, the decorations were hung.
224720
It means that you have used different constructions within an entry or from one step to another in the outline.\n\nExample: Within an entry. Working and to succeed are essential. It should read working and succeeding are essential OR to work and to succeed are essential. The last two are using parallel constructions while the first mixes the two.\n\nExample: Every line of your outline should be written in the same format. For example, you may use all phrases, or you may use all complete sentences. Be sure you are consistent.\n\nI hope this helps. My best guess is that your teacher is referring to using parallel constructions and you have not done so wherever s/he has so noted.
65961
Multiprogramming increases CPU utilization by organizing jobs (code and data) so that the CPU always has one to execute.\n\nTimesharing (or multitasking) is a logical extension of multiprogramming.  In time-sharing systems, the CPU executes multiple jobs by switching among them, but the switches occur so frequently that the users can interact with each program while it is running.
350914
It means that you distribute (multiply) what is outside of the parentheses to each term within the parens..\n\nAre you finished with the little game you're playing, by the way?
407559
If x is in A - B, then x is in A and x is not in B.  Thus, x is not in (A intercept B).  Therefore, x is in A and x is not in (A intercept B), which implies that x is in A - (A intercept B).  This implies that A - B is a subset of A - (A intercept B).\n\nIf x is in A - (A intercept B), then x is in A and x is not in (A intercept B).  If x is in A and is not in (A intercept B), then x is not in B.  Thus x is in A and x is not in B.  Therefore x is in A - B.  This implies that A - (A intercept B) is a subset of A - B.\n\nSince A - B is a subset of A - (A intercept B) and A - (A intercept B) is a subset of A - B, these two sets must be the same.
536683
The technical term for parallelism (also known as convergence) is "homoplasy". It means that a similar structure has arisen in parallel fashion in two or more unrelated organisms. A plant example would be the pitcher found in pitcher plants. There are at least 3 separate groups of plants that produce pitchers that trap insects which the plants digest to absorb the nutrients. There is the American Sarracenia, the mostly Asian Nepenthes and the south-western Australian Cephalotus. Parallelism is important because it is misleading ... we  might falsely assume that all pitcher plants are closely related but they are not. \n\nThe *opposite* condition is called homology. Organs with a common phylogenetic origin are said to be homologous.
67034
int\nmain (void)\n{\nfor(i=0;i<10;i++){\nprintf("some thing output here %d", i)\n}\n}
9091
Here's a quasi-logical answer:\nBy definition, two lines are parallel if they have the same slope (s1=s2) and they are perpendicular if the product of their slopes is -1 (s1*s2=-1)\n\nSo we have s1=s2 and s1*s2=-1\nTherefore s1^2=-1, so s1=s2=i=sqrt(-1)\nIn conclusion, any two lines y=ix+a and y=ix+b are both parallel and perpendicular at the same time.
114466
A DIMM, or dual in-line memory module comprises a series of random access memory integrated circuits. These modules are mounted on a printed circuit board and designed for use in personal computers. DIMMs began to replace SIMMs (single in-line memory modules) as the predominant type of memory module as Intel's Pentium processors began to control the market.\n\nThe main difference between SIMMs and DIMMs is that SIMMs have a 32-bit data path, while DIMMs have a 64-bit data path. Since Intel's Pentium has a 64-bit bus width, it required SIMMs installed in matched pairs in order to use them. The processor would then access the two SIMMs simultaneously. DIMMs were introduced to eliminate this inefficiency. Another difference is that DIMMs have separate electrical contacts on each side of the module, while the contacts on SIMMs on both sides are redundant.
364656
iteration1: a = 3, b = 2\niteration2: a = 13, b = 8\niteration3: a = 51, b = 30\nloop exit:  a = 81, b = 30 // condition a = a + b executed before exit