convert the decimal 28.75 to its binary equivalent
the reason for making this thread? nothing really.... 

Shadow is supressed power, once controlled by the Ego, it becomes a Persona


28.75 = (2 ´ 101) + (8 ´ 100) + (7 ´ 101) + (5 ´ 102)
0,0 is that right? i just googled it 

Wtf? Someone here is using my username on other sites.


bujujutko wrote: convert the decimal 28.75 to its binary equivalent the reason for making this thread? nothing really.... nothing huh? can i spam it puhleaaaaasseee?? 

off to neverland.


Choose a method of conversion
Comparison with descending powers of two and subtraction Short division by two with remainder Comparison with descending powers of two and subtraction List the powers of two in a "base 2 table" from right to left. Start at 20, evaluating it as "1". Increment the exponent by one for each power. The list, to ten elements, would look like this: 512, 256, 128, 64, 32, 16, 8, 4, 2, 1 For this example, let's convert the decimal number 15610 to binary. What is the greatest power of two that will fit into 156? Since 128 fits, write a 1 for the leftmost binary digit, and subtract 128 from your decimal number, 156. You now have 28. Move to the next lower power of two. Can 64 fit into 28? No, so write a 0 for the next binary digit to the right. Can 32 fit into 28? No, so write a 0. Can 16 fit into 28? Yes, so write a 1, and subtract 16 from 28. You now have 12. Can 8 fit into 12? Yes, so write a 1, and subtract 8 from 12. You now have 4. Can 4 (power of two) fit into 4 (working decimal)? Yes, so write a 1, and subtract 4 from 4. You have 0. Can 2 fit into 0? No, so write a 0. Can 1 fit into 0? No, so write a 0. Since there are no more powers of two in the list, you are done. You should have 10011100. This is the binary equivalent of the decimal number 156. Or, written with base subscripts: 15610 = 100111002 

" my ass is closed for business all year long " XD


lovestarrs wrote: Choose a method of conversion Comparison with descending powers of two and subtraction Short division by two with remainder Comparison with descending powers of two and subtraction List the powers of two in a "base 2 table" from right to left. Start at 20, evaluating it as "1". Increment the exponent by one for each power. The list, to ten elements, would look like this: 512, 256, 128, 64, 32, 16, 8, 4, 2, 1 For this example, let's convert the decimal number 15610 to binary. What is the greatest power of two that will fit into 156? Since 128 fits, write a 1 for the leftmost binary digit, and subtract 128 from your decimal number, 156. You now have 28. Move to the next lower power of two. Can 64 fit into 28? No, so write a 0 for the next binary digit to the right. Can 32 fit into 28? No, so write a 0. Can 16 fit into 28? Yes, so write a 1, and subtract 16 from 28. You now have 12. Can 8 fit into 12? Yes, so write a 1, and subtract 8 from 12. You now have 4. Can 4 (power of two) fit into 4 (working decimal)? Yes, so write a 1, and subtract 4 from 4. You have 0. Can 2 fit into 0? No, so write a 0. Can 1 fit into 0? No, so write a 0. Since there are no more powers of two in the list, you are done. You should have 10011100. This is the binary equivalent of the decimal number 156. Or, written with base subscripts: 15610 = 100111002 i think im leaking brain fluids from your confusing post 

Wtf? Someone here is using my username on other sites.


1+1=3?
do i get cookie? =3 

left CR


all i did was to give you the steps as to how you should go about doing it. this kind of thing, you have to follow the steps and do it by yourself. giving you the answers defeatst the purpose. so i gave you the steps instead. 

" my ass is closed for business all year long " XD


uhh whats a binary equivalent


it's a wonderful life :)


lovestarrs wrote: all i did was to give you the steps as to how you should go about doing it. this kind of thing, you have to follow the steps and do it by yourself. giving you the answers defeatst the purpose. so i gave you the steps instead. 1. Im not the one asking 2. Even this post is confusing 

Wtf? Someone here is using my username on other sites.


do your homework on your own ^^




Hmm...I'm not sure if there is a program for it...anyway
~Locked 

Happy New Year 2010
