Convert Decimal to IEEE 32 Bit Floating Point *(Please Read Desc!!!) 

READ!!! In Step 1, the fraction part of the binary number should be .101, and not .11

should elaborate on how 0.625 becomes 101 in binary. just multiplying by 2, see if its over 1 or not, and then repeat with any remainder 0.625x2= 1 r0.25 0.25x2= 0 r0.5 0.5x2= 1 r0 =101 0.754? 754x2 = 1 r58 58x2 = 1 r16 16x2 = 0 r32 32x2 =0 r64 64x2 = 1 r28 28x2 = 0 r56 56x2 = 1 r12 12x2 = 0 r24 24x2 = 0 r48 48x2 = 0 r96 96x2 = 1 r92 and ive had enough of this. 1100 1010 will suffice for 8 bits of "mantissa". the rest of it would be a lot easier if people still had to learn log tables at school, what "mantissa" is. this is what maths at school should be. its pretty easy. to think most graduates these days can barely even count to ten let alone multiply or divide...

all the other videos confused me when we got to the fraction part (T^T) thank you man!

Simple and to the point. Love it

thanks - appreciate how concise this is

Outstanding class

Hey, thx for the video! Quick question : why did the number after the binary point go from .11 in step 1 to .101 in step 2?

Thank you!

if this was -191 do i find the value of +191 and then change the zero at the beginning to a 1 ?

Hopefully you aren't using floating point calculations in your Arduino EFI?

how do you multiply a binary number with 2^7 (decimal) ???