Can any one help me solving this expression using boolean Algebra F=x'(y.z'+y'.z)+x.y'(y+x.z') ...
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Can any one help me solving this expression using boolean Algebra F=x'(y.z'+y'.z)+x.y'(y+x.z')
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Planned maintenance scheduled April 17/18, 2019 at 00:00UTC (8:00pm US/Eastern)Boolean Algebra Simplification Question - Proof of equationCan this Boolean expression be simplified any further?Can this be simplified any further? (Boolean algebra)Boolean Algebra, using DeMorgan's lawTrying to prove Equivalency using Boolean AlgebraHow can this expression be simplified using boolean algebra?Need help with boolean algebraLogical proof of an equivalenceWhat is this boolean algebra expression inverted?How to prove this Boolean expression?
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I have solved some expression but can't proceed further
F=x'(y.z'+y'.z)+x.y'(y+x.z')
=x'y.z'+x'.y'.z+x.y'.y+x.x.y'.z'(by distributive law a(b+c)=ab+ac)
=x'y.z'+x'.y'.z+x.x.y'.z'(by using rule y'.y=0)
=x'y.z'+x'.y'.z+x.y'.z'(by using rule x.x=x)
boolean-algebra
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add a comment |
$begingroup$
I have solved some expression but can't proceed further
F=x'(y.z'+y'.z)+x.y'(y+x.z')
=x'y.z'+x'.y'.z+x.y'.y+x.x.y'.z'(by distributive law a(b+c)=ab+ac)
=x'y.z'+x'.y'.z+x.x.y'.z'(by using rule y'.y=0)
=x'y.z'+x'.y'.z+x.y'.z'(by using rule x.x=x)
boolean-algebra
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add a comment |
$begingroup$
I have solved some expression but can't proceed further
F=x'(y.z'+y'.z)+x.y'(y+x.z')
=x'y.z'+x'.y'.z+x.y'.y+x.x.y'.z'(by distributive law a(b+c)=ab+ac)
=x'y.z'+x'.y'.z+x.x.y'.z'(by using rule y'.y=0)
=x'y.z'+x'.y'.z+x.y'.z'(by using rule x.x=x)
boolean-algebra
$endgroup$
I have solved some expression but can't proceed further
F=x'(y.z'+y'.z)+x.y'(y+x.z')
=x'y.z'+x'.y'.z+x.y'.y+x.x.y'.z'(by distributive law a(b+c)=ab+ac)
=x'y.z'+x'.y'.z+x.x.y'.z'(by using rule y'.y=0)
=x'y.z'+x'.y'.z+x.y'.z'(by using rule x.x=x)
boolean-algebra
boolean-algebra
edited Mar 24 at 17:51
Alex Fernandez
asked Mar 24 at 12:40
Alex FernandezAlex Fernandez
11
11
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$begingroup$
You can factor out $z$ and $z'$ in the first two terms:
$$ =x'yz' + x'yz + xy'z'$$
$$ = x'y (z'+z) + xyz' $$
$$ = x'y + xyz' $$
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$begingroup$
You can factor out $z$ and $z'$ in the first two terms:
$$ =x'yz' + x'yz + xy'z'$$
$$ = x'y (z'+z) + xyz' $$
$$ = x'y + xyz' $$
$endgroup$
add a comment |
$begingroup$
You can factor out $z$ and $z'$ in the first two terms:
$$ =x'yz' + x'yz + xy'z'$$
$$ = x'y (z'+z) + xyz' $$
$$ = x'y + xyz' $$
$endgroup$
add a comment |
$begingroup$
You can factor out $z$ and $z'$ in the first two terms:
$$ =x'yz' + x'yz + xy'z'$$
$$ = x'y (z'+z) + xyz' $$
$$ = x'y + xyz' $$
$endgroup$
You can factor out $z$ and $z'$ in the first two terms:
$$ =x'yz' + x'yz + xy'z'$$
$$ = x'y (z'+z) + xyz' $$
$$ = x'y + xyz' $$
answered Mar 24 at 17:25
NeilNeil
1014
1014
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