Intercontainer or ic number shows that container is approved by international union of railways, ic no shows that which railway organization has certified that container
Yes, an even number plus an even number is always even. Also, and odd number plus an odd number is always even.
It is even
YES. Any number multiplied by an even number is an even number.
If the last digit is an even number, the whole number is an even number.
for simplicity of calculation of no of pins
Sorry, the IC is probably only marked with what is called a "house number", these are proprietary. It may even be a custom device ONLY made for Lego.
The 555 has 8 pins...GroundTriggerOutputResetControlThresholdDischargeVcc
I would guess its because an even number of IC pins is aesthetically pleasing. Odd numbers of IC pins are certainly possible if you manually cut off a redundant ground pin. Even in a field such as semiconductor engineering that is apparently removed from the luxury of aesthetics---yielding to maximum packaging efficency---there is still a moderate appeal to make the chip packing aesthetically pleasing because it makes the IC chips appear more organized on the board and easier to count the pin numbers to locate a pin when debugging by counting in 2's. On the other hand, one easily argue for changing the packaging to an odd number of pins so that automation processing equipment can automatically detect the package orientation. (One could only hope that engineers that work on IC design would have the same philosopy of aesthetics when engineering the internal structures within the IC because the internal structures of an IC design are some of the most messy structures on earth. For example, its often better to sacrifice a little but of space in the name of readability in the IC design code and Extra care needs to be taken to organise the abundance of interconnections between millions of other points in an IC design and to give each signal a name that groups signal bundles together. In contrast the pin names exposed on the outside of the IC are not really so well selected sometime. Especially where there is multiplexing of pin functions, ie. sharing of pin functions of the IC to reuse the pins and save space when the IC is in certain usage mode, thus in this case you might have an odd or even number of virtual pins who's functional changes depending on the IC's shared pins settings. This is all more than you ever wanted to know. )
for addition of 8 numbers by IC , first we have to connect all bit numbers on different pins of IC & then take the output on remaining pins , For these first we have to make a program for vhdl in FPGA (field programmable gate array) & proceed accordingly .
The 7805 regulator IC has three pins; input, output, and ground. The case is also a pin, but it is grounded, so there are still only three pins, for all practical purposes.
40 PINS
IC pins are numbered anti-clockwise around the IC starting near the notch or dot.
these two pins are biasing pins of ICs.
The non-inverting pins of the LM393 are 3 and 5.
It is an opamp chip consisting of 8 pins
it have 40 pins 1st one is ground and last one is Vcc. Itplh = 450