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How old is 55274-OEM-0011903-00101?
strange considering its my computer you're asking about.
What is the significance of 26 complement in binary arithmetic?
26 decimal is 11010 binary. Its ones complement (in 5 bits) is 00101, which is 5 decimal. In 16 bits, its ones complement is 1111111111100101 which is -27 when interpreted as a signed decimal, and 65509 as an unsigned decimal.
Where can a 2013 map for Finland be located?
A recent map can be received by contacting the Finnish Tourism Board at P.O. Box 625, Töölönkatu 11, FI-00101 HELSINKI. You can also call the board via +358-(0)29 50 58000.
How many combinations can be formed from 5 bits?
Each bit allows 21 combinations. Accordingly, n number of bits provide 2n combinations.Therefore, 5 bits provide 25 = 32 combinations. # 00001 # 00010 # 00011 # 00100 # 00101 # 00110 # 00111 # ...
What is the binary code for twenty?
00101 converting numbers to binary code is simple and fun. write the number you want to know and divide the number by 2 dropping the remainder if there is one ex. 21 becomes 10 because 21 divided by 2 is 10 remainder 1. divide by two until the answer is '1'. now after each even number write a '0' and after each odd number write a '1'. starting from the top read the ones and zeros downward. here's 20 and then 144 20 0 10 0 5 1 2 0 1 1 read down "00101" 144 0 72 0 36 0 18 0 9 1 4 0 2 0 1 1 read down "00001001"
How do you express 0 to 20 in a decimal system to binary?
0 = 00000 1 = 00001 2 = 00010 3 = 00011 4 = 00100 5 = 00101 6 = 00110 7 = 00111 8 = 01000 9 = 01001 10 = 01010 11 = 01011 12 = 01100 13 = 01101 14 = 01110 15 = 01111 16 = 10000 17 = 10001 18 = 10010 19 = 10011 20 = 10100
Write the first 30 counting numbers in base 2?
01 = 00001 11 = 01011 21 = 10101 02 = 00010 12 = 01100 22 = 10110 03 = 00011 13 = 01101 23 = 10111 04 = 00100 14 = 01110 24 = 11000 05 = 00101 15 = 01111 25 = 11001 06 = 00110 16 = 10000 26 = 11010 07 = 00111 17 = 10001 27 = 11011 08 = 01000 18 = 10010 28 = 11110 09 = 01001 19 = 10011 29 = 11101 10 = 01010 20 = 10100 30 = 11111
How do you multiply in binary?
It's pretty much just like multiplying in base-10 by hand, but you will not have any 'carrying over' to do, since the only possibilities are 0 & 1: 0x0 = 0, 0x1=0, 1x0=0, 1x1=1 (except when you add up the column of numbers after multiplying). An example: Five times six = thirty. So Five is 101 and Six is 110. 00101 x0110 ----- 00000 0101 101 -------- 11110 ---> in base-10: 16 + 8 + 4 + 2 = 30. that did not have any carry overs, but if you had to add two or more ones (1+1=10), then a one would carry over to the next column.
Can you use your Ohio ebt card in Kentucky?
The store that accepts Ohio EBT Card must have a LICENSE to do so.It is not a FEDERAL program. It is a STATE operated program.If you beg to differ the FACTS, you may contact the issuer in Ohio of the OHIO EBT CARD directly at the Main Office at the of OHIO JOB AND FAMILY SERVICES:Mailing Address:The Ohio Department of Job and Family Services30 E. Broad Street, 32nd FloorColumbus, Ohio 43215General Phone Numbers:1-877-852-00101-614-466-2100You may call confidentially!
In how many different ways can a panel of five on-off switches be set if no two adjacent switches can be off?
3
Explain binary coded decimal?
Binary Coded Decimal (BCD) is a set of coding systems for storing decimal digits in binary code. There are several such codes, I will give examples of 3: straight BCD, XS3 BCD, and 2 of 5 BCD. Straight BCD uses the actual binary value of the decimal digit value: 0 = 0000 1 = 0001 2 = 0010 3 = 0011 4 = 0100 5 = 0101 6 = 0110 7 = 0111 8 = 1000 9 = 1001 XS3 BCD adds 3 to the binary value of the decimal digit value to make the code: 0 = 0011 1 = 0100 2 = 0101 3 = 0110 4 = 0111 5 = 1000 6 = 1001 7 = 1010 8 = 1011 9 = 1100 2 of 5 BCD uses a 5 bit code where only 2 bits can be on in a decimal digit's code: 0 = 00011 1 = 11000 2 = 10100 3 = 10010 4 = 10001 5 = 01100 6 = 01010 7 = 01001 8 = 00110 9 = 00101
What is 345.125 in binary?
The method you must use to get to your answer is like this:Perform a modulo operation of 2 on the number, write the digit down and perform an integer division of 2 on your number.Then, repeat every step by writing the result of the modulo before your other modulo-digits. Your last number after the integer division will be a 1; write that number down as a digit before your modulo-digits. The number that consists of 0's en 1's is your decimal number in binary.For example with the decimal number 345125:345125%2=1(345125)dec = (..1)bin345125/2=172562172562%2=0(345125)dec = (..01)bin172562/2=8628186281%2=1(345125)dec = (..101)bin86281/2=4314043140%2=0(345125)dec = (..0101)bin43140/2=2157021570%2=0(345125)dec = (..00101)bin21570/2=1078510785%2=1(345125)dec = (..100101)bin10785/2=53925392%2=0(345125)dec = (..0100101)bin5392/2=26962696%2=0(345125)dec = (..00100101)bin2696/2=13481348%2=0(345125)dec = (..000100101)bin1348/2=674674%2=0(345125)dec = (..0000100101)bin674/2=337337%2=1(345125)dec = (..10000100101)bin337/2=168168%2=0(345125)dec = (..010000100101)bin168/2=8484%2=0(345125)dec = (..0010000100101)bin84/2=4242%2=0(345125)dec = (..00010000100101)bin42/2=2121%2=1(345125)dec = (..100010000100101)bin21/2=1010%2=0(345125)dec = (..0100010000100101)bin10/2=55%2=1(345125)dec = (..10100010000100101)bin5/2=22%2=0(345125)dec = (..010100010000100101)bin2/2=1(345125)dec = (10100010000100101)binSo the decimal number 345125 in binary is 10100010000100101.
