What does pin action mean?
97194
If you're refering to action of the pins in bowling, check out this reference. Basically, action is the pins spinning horizontal, as opposed to vertical, knocking over their neihboring pins.
717653
The stripe is to indicate pin 1 on the cable to ensure you install it the correct way round ( 1->1 ) as not all cables have the keyway / notch or pin missing to ensure you fit the correct way around. Pin 1 is often marked on the device or board by a number 1 or dot, the cable connector usually has a little triange also to identify pin 1.
652093
yes you need a pin code. you have to call up customer service and they will mail it to you. For security purposes they are not allowed to provide it over the phone or through email.
278871
To the computer hardware, 1's complement is a one-step action.  Adding each bit would be many steps.\n\n1's complement works just as well and is much faster.
1033484
Hi,\n\nHere is the diagram and description.\nhttp://www.kodkodkod.com/files/pin_diode.htm\n\nPlease let us know if you need more help!\nhttp://www.kodkodkod.com/index_files/submitquestion.htm\n\nKodKodKod Learning Consulting
258795
Thats complex - as the pin numbers are upto the socket or slot\n\nLate model P4 32 bits have 0 pins - while early P2 had 1 ping - that sat in a long slot
225230
there are only 2\n\n1 is that you have to apply a force, and 2 is that something has to happen ie. movement
753459
The <S> tag, aka Strike tag, is known as a block tag.  That means it needs an opening and closing tag.\neg.\n   <S>Example</S>
388310
Zone impartial Post, it is a postal code like in india PIN code
711713
You have to practice a lot to use them, very dangerous if you don't have the skill needed to handle them, I have plenty of practice and still freak out when I use them, I wouldn't recommend a novice to use pins, I think you're right, platform are better..☺
265209
There are a number of things that you should check to ensure that a pinpad is working correctly.\n1) make sure that you have a merchant account.\n2) make sure that your merchant account has online or pin-based debit turned on.\n3) make sure that your pinpad is encrypted for your processor (if it is not, you actually have to mail the pinpad off to get it encrypted...it can't be encrypted over the phone).\n4) make sure that your credit card machine that the pinpad is connected to is programmed for pin-based debit.  This is done in the "file build" by your processor.\n5) if all else fails, buy a new pinpad...they should be under $150 including encryption.
480975
static implies memeory that does not lose information when power is removed.\nI have never heard of micro-controllers refered to as "static chips"\nMIKE
531711
It is a custom chip that is not sold as a discrete component. As such the manufacturer does not need to release the pinouts, nor do they want to it seems.
583979
survey says... PULL PIN\nIn the military we refer to it as a pull pin.  This pull pin is actually a safety device, once you've removed this safety device extreme caution must be used as you are then the only thing keeping the fuze from being ignited by exerting pressure on the safety lever or spoon as we called it in the military.  If pressure is released from the spoon a spring loaded firing pin is free to pop a primer igniting the time delay fuze and then the detonator.  I've found an animated demonstration that explains this quite well, although our modern military uses a slightly different design with the firing pin directly on top left exposed once the spoon is released.\nhttp://science.howstuffworks.com/grenade2.htm
449968
Energy!  A straight ball hitting the head pin, just slightly off center so as to get the best chance at a strike, has the largest resistant force to travel thru to complete the task.  By putting spin on the ball, you are adding you arm energy(the straight forward energy) alonge with the additional energy of the spin, which by the way is adding speed to the ball.  If you watch a ball go down the lane, the ball actually picks up speed right at the end of the lane.  And by striking the pins from the side, or angle, the pins scatter more destructively taking out other pins.  It is physics!  Next time you watch a bowling tourney on TV, watch the balls' speed and spin, from release to contact.  Conservation of energy.  Converting/transferring one energy/force to another.
518627
little history about the pins might help. Bowling originated in Europe where it was called keggling. It came to the United States with early immigrants. The earliest bowling pins were made of maple and were smaller than the pins of today, similar in size to the current candlepins. These pins were cylindrical, much like a rolling pin. Early American bowlers began, probably for a little variety, to turn the pins on their lathes. It became obvious that this new shape could improve pin action, the very desirable effect of one pin knocking down another. This was studied and some standardized dimensions resulted. The majority of the weight of the pin was to be in the belly or the widest part of the pin. The belly was to be the same height off the lane as the maximum circumference of the bowling ball. Some weight in the head of the pin improved the spinning of fallen pins creating better scores. From that evolving process came the very regulated product today. Pins are 15 inches high and 15 inches around at the belly. Regulation pins weigh between 3 pounds 6 ounces and 3 pounds 10 ounces, with the PBA pros using the heaviest pins. The pins are still made of maple though they are laminated. Four smaller pieces of maple are affixed to a larger central plank which has two holes or voids drilled in the area which will become the belly. This allows for better control of the weight of the pin. The pin is turned to size on a lathe and a plastic collar is attached to the base. The pin is then coated with a protective plastic covering. Very rigorous quality control is part of the release process for new pins. Since 1962 there have been 40-50 proposed modification but none has passed the performance criteria. In 1999 after three decades of research a new, all synthetic pin called the Twister was approved for use. It will debut at the 2001 ABC tournament in Reno, Nevada. Look for it; it may soon appear in your local bowling house but it probably won't make the 7-10 split any easier to pick up!
678426
this will explain it\nhttp://www.daniweb.com/techtalkforums/showpost.php?p=75196&postcount=43