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Q: Which number would you find in a binary code?

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instruction how to get multiples of number 7 to 20

Whether or not it is difficult depends on your aptitude and your attitude. What you may find difficult I might find easy and conversely.

divide the first number by the second number. For example 3/4, you would divide 3 by 4 and get 0.75 then it would be 75%.

the quotient of a number and 18 is 5. find the number.

An eight-bit binary equivalent to a given decimal number is a number that is expressed in base two arithmetic rather than base ten. Because we're only dealing with eight bits though, the largest decimal value that we can represent is 255, which would be expressed as 11111111.To express a number, you will place a 1 in the position for a number of values (powers of 2) that add up to the decimal number. The right-most digit is 20 (1) followed by columns (moving left) for 2, 4, 8, 16, 32, 64, and 128.For example 00000011 would be 3, which is the sum of 21 and 20, 2+1.Writing a Binary Equivalent (Left to Right)To find the binary equivalent to a decimal number, there is an easy trick:take any number, let's go with 237, and find the largest power of two that is less than that number. In the case of 237, that largest power of two below it would be 128, or 27.237 - 128 = 109Because we could make that subtraction, we'll write down the number 1:1Now we take that power of two we subtracted, and divide it by two:128 / 2 = 64And check to see if we can subtract from the result of our previous subtraction, 109. In this case we can, as 64 < 109, so we can do the subtraction:109 - 64 = 45And write down another number 1:11We repeat this process, this time with the number 32. Again it's smaller than our tally, 45, so we again subtract it, and add 1 to our number:45 - 32 = 13and our number becomes:111our next power of two is 16, but we can't subtract that from our tally - 13 - as that would give us a negative number. Instead, we'll not subtract it, and add a zero to our number:1110then we have 8, which is indeed smaller than 13, so we get:13 - 8 = 511101And again with 4:5 - 4 = 1111011Two is another case where we can't subtract it, as it's bigger than our tally:1110110And finally, we have our final number, 1, which we can indeed subtract from our tally, giving us the final number:11101101

Related questions

The binary system of numbers is based on the numerals 1 and 0

Find the powers of 2. 8 in binary would be 1000

There are a number of translators on the internet for working with binary. A few of these sites are QBit, Convert Binary and Binary Translator. Every site may not offer or translate accurately into a users desired format. Having multiple sites for comparison would be a good option.

A .vb6 file is visual basic 6 source code, sometimes with it are .frm files that you would need. A .dmg is a Macintosh binary. you would have to find a program to compile the vb6 code to a Macintosh binary.

Find out how are keyboard letters represented as binary data.

a hacker will of done it , you have to find out who it is and send them a message back saying the binary code then it will be fixed

Number, string, binary string.

Binary code is a code used to instruct computers what to do. It is not something that converts to English in a direct fashion, although you can say in English what the binary code is commanding - if you really understand the binary. There are code convertors on line that can provide some basic interpretation. However, they cannot always 100% deal with all binary code. These will allow you to cut and past in code and convert to ASCII if they find an equated code

One way is using the Twos (2s) complement; that is you find the binary representation of the positive number of -19, flip all the bits (0s to 1s and 1s to 0s), and finally add 1 to it.The positive bit of -19 is simply 19. It has a binary code of 0001 0011 (8 bits are required for this particular method). Flipping the bits, we get 1110 1100. Adding 1 (or 0000 0001) to our last answer, we get 1110 1101 which would be the binary representation of -19.

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The binary equivalent of the decimal number 23 is 10111. You can use an online converter to easily find this solution.

On the back cover, usually on or near the bar code.

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