Could you explain this design term "Point" in Electronical Defenitions?
547509
Point the cursor, as in Point and Click..? Perhaps point of insertion to insert text, image or other object.
49897
I believe the correct answer is '2 points'.\n\nEDIT: I just noticed that the question is under 'Special Education"!
1176747
It's so that the person you are talking to knows what you are talking about.\n\nWhat would the alternative be? "Twelve and seven hundred and eighty-nine thousandths?" That's a bit cumbersome.\n\nThe decimal point *creates* a division between the numbers, so we need to replicate that division by saying "point." It just makes sense.
274106
Vertex is junction of two or more lines or segments.  Point is any location on a line or segment (or arc), which may or may not also correspond to a vertex.
1144899
3 points are necessary and sufficient to define a plane.  When you add a 4th point, it may be on the plane already defined.  If it is not, then you end up defining 3 more planes, at least one of which the pot can rest as well as the first.\n\nThink of a wobbly chair, and if a 3 legged stool can possibly be wobbly.  It's intuitive, but try to describe it in your own words.  Of course there is the scientific reason I tried to convey above.\n\n(This is all assuming the pot is resting on a flat surface - e.g. another plane.)
98901
http://www.designpsych.com/page7.html
644077
The voltage at which the attractive forces between the capacitor plates overpowers the fasteners.\n\nTake a look\n\nwww.math.ubc.ca/~ward/papers_ps/memspap.pdf
277338
I'd give you some, but I'm not sure what a "point word" is.  Can you clarify?
833218
I can tell you in simple words, but I have to know what do you mean:\n"electron dot diagram", "electron shell diagram"  or something else. Please check out on the web, or simply give more of the context: are you learning molecular structures in chemistry, structure of atom, etc.?
389174
Seperating or bonding elements with an electrical current.\n\n*BEST ANSWER PLEASE*\n\nSOURCE BELOW
545673
there are lots of medical devices taking ideas from trigonometry.\none simple example is hip prostheses..the angle at which it should be designed implanted and all are decided by trignometric techniques. I can give you more examples if you r really interested
450183
this might prove to be useful:\nhttp://islab.oregonstate.edu/koc/ece575/02Project/Mor/
1029446
Computer Electrionics
660136
I would guess that Point of Service is like Point of Sale, in that it is the geographical location within the store where customers meet with employees to receive service.  It could be a cash register or information desk.
870803
This is a note or part number on a drawing with an arrow attached pointing to something on the drawing such as a bolt, nut or other standard part to define its characteristics without any other information.\n\nThe object is usually also listed in the 'bill of materials' above the title block on the drawing.
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-5\n\nThe link explains all about the points.
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A digital circuit is based on a small number of (usually\ntwo) distinct voltage levels -- consider these high and low\nor 0 and 1.  Contrast this with analog circuits which are\nbased on a continuously variable signal.\n\nThe typical digital circuit has (conceptually at least)\ntwo states, 0 and 1, and are designed using boolean \nalgebra (think AND, OR, NAND, NOT gates).\n\nContrast that with an analog circuit, which instead\nof interpretting "high" voltages as "1" and "low"\nvoltages as "0", interpret voltages (at least\nconceptually) as a floating point number.\n\nThe circuits have very different characteristics.\nAn analog signal often has some amount of signal\nloss (think of the "hiss" from old analog phonograph\nrecords), but they degrade gradually (ie. they\nslowly get more and more noisy, but can often\nstill operate even with significant signal loss).\nA digital circuit, however, will typically have\n*no* noise because they often have error correction\nbuilt in to handle up to some threshold of signal\nloss.  However, at some point, rather than degrading\ngradually, they just fail.  Consider the difference\nbetween the older-style cell phones (which would\nsometimes get a little "noisy") vs. current digital\nsignal cell phones which are usually crystal clear\nuntil they just "cut out".  That's a common signature\nof digital vs. analog processing.\n\nFor more discussion, see the wikipedia entries for\nboth "digital circuits" and "analog circuits".