Why is this not a flip-flop?
814771
I haven't heard that yet, but here's my thought on it.  Yes it's a flip flop to an extent.  But I'd guess that now that Democrats have won the house they would want to get Rumsfled as far away from any hearings that may be called.  Then of course blame the entire sinking ship on him.
278648
I don't think about it really. But to answer you question, I think it is unstable.
306346
I guess so.. That's kind of stupid though. Why would you want to change a lightbulb with your feet? Once you get the bulb situated to where it stays in the socket without falling, then it would be pretty easy to keep it rotating until the electricity can circulate throughout the bulb. Try it...
731189
Yes. Shifting the binary point one position right doubles both the top and bottom.
688740
Easy to use, logical, does what it is supposed to, and doesn't cause problems that it is not intended to.  It would also be nice for it to be aesthetically pleasing.\n\nThis is a very generic description, but then yours is a very general question.
477664
How come it does not just work on the As-?
241661
a normal toggle switch?  will you be going up on it or down?  going down may be simpler with a lever.  (roll a ball down the lever to make it swing down, hitting the switch) \n\nJust a thought!  good luck!
1007599
first answer me this, WHY THE HELL IS THIS IN THE PHYSICS CATEGORY?
912779
I suspect it's something simple.  I think because of the way your arm joints work, when you release the board with your right hand, for example, the board will have a very slight horizontal inclination to the left, which will eventually cause it to turn in the air and veer to the left.\n\nIt will be interesting to hear what someone with a knowledge of biology or physics will say though.  :)
335286
7474 D type flip-flop:\n    Note: Use a slide switch to control your inputs (PRESET, CLEAR, D, etc...).\n    a) Start with CLK = 0, D = 0, PRESET = 1, CLEAR = 1.\n    b) Bring the CLEAR input low momentarily in order to start with Q = 0.\n    c) With Clear = 1and CLK = 0, change D. Record values.\n    d) Raise CLK to 1, and record values.\n    e) With CLK = 1, change D. record values.\n    f) Bring CLK back to 0, and record values.\n    g) Repeat the same sequence a) through f) except begin with D = 1 in step a), and use PRESET to make\n\n\nfor more info have a look at this link:\n\nhttp://www.engineering.sdsu.edu/~mansour/labs/flip_flops/flip_flops.htm
445486
Because the up/down motion is independent of the side-side motion. The stone is already going at whatever speed the car is and that doesn't change. The only thing that changes is the up/down part of the motion. For someone outside the car, the stone looks like it goes along a parabolic arc, not just up and down.\n\nThis is related to the relativity of motion. If you are moving uniformly, it is impossible to tell whether you are moving or not unless you look outside the car.
931729
It's not reversed, you only think it is. The left side reflects to the left side, the right side reflects back to the right side, same with top and bottom.
989383
Great question!  I saw the answer to this several years ago, but I can't remember what the answer was.  I'm putting this on my watch list, because I'm curious, too.\n\nEdit:  Okay, I think I found it.  This excerpt is from "Why do clocks run clockwise) written in 1987.  I read this book a long time ago and I have it on my coffee table.  I knew I wasn't going crazy.\n\nA theory we have often heard is that the phone company intentionally reversed the calculator configuration so that people who were already fast at operating calculators would slow down enough to allow the signals of the phone to register. It's a neat theory, but it isn't true. Even today, fast punchers can render a touch-tone phone worthless. \n\nBoth the touch-tone key pad and the all-transistor calculator were made available to the general public in the early 1960s. Calculators were arranged from the beginning so that the lowest digits were on bottom. Telephone keypads put the 1-2-3 on the top row. Both configurations descended directly from earlier prototypes. \n\nBefore 1964, calculators were either mechanical or electronic devices with heavy tubes. The key pads on the first calculators actually resembled old cash registers, with the left row of keys numbering 9 on top down to 0 on the bottom. The next row to the right had 90 on top and 10 on the bottom, the next row to the right had 900 on top, 100 on the bottom, and so on. All of the early calculators were ten rows high, and most were nine rows wide. From the beginning, hand-held calculators placed 7-8-9 on the top row, from left to right. \n\nBefore the touch-tone phone, of course, rotary dials were the rule. There is no doubt that the touch-tone key pad was designed to mimic the rotary dial with the "1" on top and the 7-8-9 on the bottom. According to Bob Ford, of AT&T's Bell Laboratories, a second reason was that some phone-company research concluded that this configuration helped eliminate dialing errors. Ford related the story, which may or may not be apocryphal, that when AT&T contemplated the design of their key pad, they called several calculator companies, hoping they would share the research that led them to the opposite configuration. Much to their chargin, AT&T discovered that the calculator companies had conducted no research at all. From our contacts with Sharp and Texas Instruments, two pioneers in the calculator field, it seems that this story could easily be true. \n\nIt has also been suggested that if the lower numbers were on the bottom, the alphabet would then start on the bottom and be in reverse alphabetical order, a confusing setup. This might have entered AT&T's thinking, particularly in the "old days" when phone numbers contained only five digits, along with two exchange letters. \n\nFeldman, David (1987),Why do clocks run clockwise?, New York: Harper & Row.
521172
the very basic concept relates to what is called a flip flop. a flip flop is the smallest physical unit of memory(RAM). it is capable of storing a single charge of voltage for a considerable amount of time. so at any given point of time, either it stores a charge or it doesnt. When it stores a charge, it is said to have a value of 1 (or true). When it doesnt, it is said to store a value of 0 (of false). eight flip flops which store eight bits make a byte and a 1000 bytes make a kilobyte and so on....\ni dont know much about lifetimes.
748273
Because it is nonpolar
111472
LOL And what does this have to do with footaball?\n\nMy answer is No also
6564
YHOO.  It's got a track-record and has broken through resistance of $39 and is demonstrating that $40 is now support.  It should start skipping above $40 from now on, assuming "all else remains equal."