A: 1111111111 Learn with me first number is a 1 second is 2 third is 4 forth is 8,16,32,64.128.256.512,1024 and so forth if you add this numbers it will get the decimal equivalent, any zero along the way their number is not added but is skipped to the next number which is added as as its own value.
For long values engineering uses octal notation group of 3 111=7 next 7,7,1 There is also hexadecimal notation group of 4 as 1111
From wikipedia: A half adder is a logical circuit that performs an addition operation on two binary digits. The half adder produces a sum and a carry value which are both binary digits. A full adder is a logical circuit that performs an addition operation on three binary digits. The full adder produces a sum and carry value, which are both binary digits. It can be combined with other full adders or work on its own.
A: Humans use the decimal or the 10 numbers systems since i guess we have ten fingers. And we do the mathematics using the ten digit numbers. Computers use the binary system two digits "0" "1" and it recognizes as true or false that is machine language all the computations are based on these two binary numbers
Full adder is better than half adder because in half adder we can perform operation on only two digits and in full adder we can perform operation on three binary digits.
In Paging Technique there are two parts of frame address page number and page offset . Page offset denotes the internal division of page number. ex - [(001)(000)] to [(001)(111)] , here six binary digits represent a address in which 001 (first part) denotes frame number and (000) to (111) the second part denote block inside frame 001 :)
The "count" of a multimeter refers to how large a number it can display before it has to change measurement ranges, and how many digits it shows total. This affects how precise a measurement the meter can display (note: this doesn't necessarily reflect absolute accuracy, just precision of the numbers it can report.) First, the total number of digits of the count matches the digit count of the display. A x00 count multimeter only displays 3 digits, while a x000 shows 4 digits. So a 200 count meter could read 19.9 volts, while a 2000 could read 19.91 for the same input. Second, the value of the first digit indicates when the meter needs to "move up" to the next range. A 2000 count multimeter would read 19.99 volts as 19.99, but at 20 would have to read 020.0, loosing a digit of precision. The same thing happens at higher and lower ranges, each time having to move when the top digit reaches 2. For comparison, a 4000 count multimeter would up-range whenever the top digit gets to 4, allowing it to read 20-39.99 volts with two decimal places where the 2000 cannot. I suspect, but cannot confirm, the count limits in digital meters are due to the A/D converter used, and the number of output bits it has. This matches up with the common count values being close to powers of two.
The largest decimal number is binary 11111, which is decimal 31.
It is 31.
Binary digits are 1 and 0 0 = 0 1 = 1 10 = 2 11 = 3 100 = 4 101 = 5 110 = 6 111 = 7 1000 = 8 So, 11 in binary is the highest which can be formed with two digits - and that equals 3 in decimal (base 10) numbering.
10 digits.
56 in binary is 111000. Unlike the decimal number system where we use the digits.
64 or 123
It takes 7 digits.
All I know is that when a number is negative, you convert the decimal into binary and if it is negative you put 1111 before the binary digits.
99
162 - 1 = 255 Strictly speaking the highest value is FF which, in decimal is 1515 = 4.38*1017 or approx 438 quadrillion.
Octet
4 these are 00,01,10 and 11...