Header
Home | Set as homepage | Add to favorites
  Search the Site     » Advanced Search
Sections
Syndication


Blogroll:

||||| ALL Cisco-Network ARTICLES |||||  
CCIE Journey,
The CCIE Journey,


First Pass Through Step 4 of the Conversion Algorithm, with 26 (64) as the Power of 2

Nov 26,2008 by alperen

image

First Pass Through Step 4 of the Conversion Algorithm, with 26 (64) as the Power of 2

Decimal Number to Be Converted

235

 

Remainder (from previous step/column)


107

Next lower 2x value as compared to previous step


64

Binary number

1

1

Remainder

107

43


This first pass through Step 4 adds another digit to the converted binary numberin this case, a binary 1. The next lower power of 2 is 64 in this case. The remainder from the previous step was 107, so from the generic algorithm, Step 4A is not used because 64 is not bigger than 107. Step 4B is used, so the next digit's value is a binary 1, and a new remainder (107 64 = 43) is calculated.

Next, Step 4 is repeated with the next lower power of 2, 25 (32), as shown in Table B-8.


113 times read

Related news

» Converting from Decimal to Binary
by alperen posted on Nov 26,2008
» Second Pass Through Step 4, for 25 (32)
by alperen posted on Nov 26,2008
» Fourth, Fifth, and Sixth Passes Through Step 4
by alperen posted on Nov 26,2008
» Final Pass Through Step 4 of Decimal-to-Binary Conversion of Decimal 100
by alperen posted on Nov 26,2008
» Last Pass Through Step 4, for 20 (1)
by alperen posted on Nov 26,2008
Did you enjoy this article?
(total 0 votes)

comment Comments (0 posted) 

More Top News
CCSP-Cisco Certified Security Professional
Most Popular
Most Commented
Featured Author