Question

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Answer 1

you can write the F1 as
F1=yx'(w+w')

am i right ?

Answer 2

It looks right. .. Which rule did you apply and what about F2?

Answer 3

i simply took common yx'
for F2 use De Morgan's Law

Answer 4

F2 = (y' + xw)'
F2=(y')'.(xw)'
F2=y(x'+w')

Answer 5

Now, yx'(w+w') + y(x'+w')?

Answer 6

you can simplify the F1 because
w+w'=1
F1=yx'(w+w')=yx'(1)=yx'
F1=yx'

Answer 7

w+w' = 1

Answer 8

F2?

Answer 9

F2 cannot be simplified further. now we can take the sum expression
F1 + F2 = yx' + y(x'+w')

Answer 10

Thank you VERY much guys. I appreciate your assistance! Is any one of you having insight on Karnaugh Maps?

Answer 11

yes

Answer 12

btw, you see the sum expression can be simlified...

Answer 13

Okay, I see.. .

Answer 14

What's the final simplyfication please?
F1+F2= y.w'?

Answer 15

Final simplification : F1 + F2 = yx' + yx' + yw
= yx' + yw

Answer 16

Thanks! I confused myself and figured it out later on. Just in time for submition.