Binary equivalent

To convert 1001 into a decimal number we have to take 1 x 8 plus 0 x 4 plus 0x2 plus 1 X 1 which is 9 (decimal). Conversion of 3265 into binary is a little more difficult the largest binary number near 3265 is 2048 (or 2") and there is only one of them with 1217 left over the next largest binary number is 1024 (or 2 °), leaving 193 the next binary number is 128 (or 2 ) and then 64 (2 ) and 1 (2°). Thus, the binary equivalent of 3265 is 110011000001. 

What is the binary equivalent of decimal 5 The largest power of 2 which fits 5 is 2 = 4. Therefore there is 1 x 2 in 5 with 1 left over 2 = 2 which is too big and so we write 0x21 finally we see that 1 x 2° = 1. The number 5 is made up from a 1 x 2 and a 1 X 2° = 1 but in binary we must not forget to put 0 x 2 in decimal we may write 304 meaning three hundred and four and if the 0 had been omitted then the number would have been thirty four (34). Thus, the binary equivalent of 5 is 101 and not 11. Other numbers may be converted into binary in an exactly similar fashion. Decimal 39 is ... 

Chapter 8 covers components that are used to make binary chemical weapons. The chapter covers three main components that are used to make GB2 and VX2 (the binary equivalents of GB and VX). Only those materials not easily found elsewhere are listed. For example, one of the components for binary VX2 is elemental sulfur (designated NE), the information about sulfur is readily available and is not dealt with herein. 

Another commonly employed encoding scheme is that of binary coded decimal bed). In this case each decade of the denary (decimal) number is coded separately into its binary equivalent and each denary digit has a maximum of four bits. The number of bits required in this case to encode a decimal number x is ... 

Hexadecimal to binary conversion. The conversion of hexadecimal to binary number is very simple just by converting each digit of hexadecimal to its binary equivalent. To make it simpler, let us know the binary equivalent of each decimal number from 0 to 15 as shown in table-1. 

Problem 10. Convert (7 3 0 A D E)i hexadecimal number into its binary equivalent. 

The binary equivalent composition of the light key in the feed should correspond to the intersection of the component balance lines on a Hengstebeck diagram (e.g., Fig. 2.186). 

Plot the component balance lines, using compositions printed out by the computer (expressed as the appropriate binary equivalents or pseudo-light-component compositions as per item 1 above)... 

Converting from hex to decimal works in reverse. For example, if you have a hexadecimal number like 4AC9, you start the conversion by converting each digit of the number into its 4-digit binary equivalent, like so ... 

Convert this hexadecimal number to its binary equivalent A73F. 

What is the binary equivalent of decimal 5 The lygest power... 

Plot the equilibrium curve. The equilibrium curve can be plotted from the y and x compositions of the light key (binary, binary equivalent, or pseudo) component in the vapor and liquid leaving each stage ... 

Convert each of the following decimal numbers to its binary equivalent. 

Here are first few decimal numbers and their binary equivalents ... 

The first step is to convert the number to base 2, simply by converting each digit to its binary equivalent ... 

Microelectronics involves digital solid state integrated circuits mounted on single crystal pieces of silicon called chips. The digital system used is binary which means that there are only two numbers involved (0 and 1). This is quite different from the conventional decimal number system where all members consist of combinations of 0 and 1 to 9. Figure 15.9 shows a few numbers in the decimal system together with their binary equivalents. Addition, subtraction, multiplication, and division are much simpler to perform in the binary number system than in the decimal system. 

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