Mixing
Simplifying the statement using logical equivalence
0
$begingroup$
Question
Here is what I have tried:
- From my textbook, I have learned about the precedence of logical operators. It says to deal with negations first.
- If we were to do the negations first, I end up with:
My attempt
- And from here on out I'm kind of lost on what to do next
discrete-mathematics
edited Jan 25 at 20:05
Scientifica
6,82941335
asked Jan 25 at 19:31
user607739user607739
1
$endgroup$
add a comment |
0
$begingroup$
Question
Here is what I have tried:
- From my textbook, I have learned about the precedence of logical operators. It says to deal with negations first.
- If we were to do the negations first, I end up with:
My attempt
- And from here on out I'm kind of lost on what to do next
discrete-mathematics
edited Jan 25 at 20:05
Scientifica
6,82941335
asked Jan 25 at 19:31
user607739user607739
1
$endgroup$
1
$begingroup$
Expand the expression using the facts that $(a wedge b) vee c Leftrightarrow (a vee c) wedge (b vee c)$ and $(a vee b) wedge c Leftrightarrow (a wedge c) vee (b wedge c)$.
$endgroup$
– kccu
Jan 25 at 19:35
$begingroup$
I tried to follow your advice. The final answer I came up with is (r ∨ p) after applying the identity laws. Can anyone confirm I have done this right?
$endgroup$
– user607739
Jan 25 at 19:46
add a comment |
0
0
0
$begingroup$
Question
Here is what I have tried:
- From my textbook, I have learned about the precedence of logical operators. It says to deal with negations first.
- If we were to do the negations first, I end up with:
My attempt
- And from here on out I'm kind of lost on what to do next
discrete-mathematics
edited Jan 25 at 20:05
Scientifica
6,82941335
asked Jan 25 at 19:31
user607739user607739
1
$endgroup$
Question
Here is what I have tried:
- From my textbook, I have learned about the precedence of logical operators. It says to deal with negations first.
- If we were to do the negations first, I end up with:
My attempt
- And from here on out I'm kind of lost on what to do next
discrete-mathematics
discrete-mathematics
edited Jan 25 at 20:05
Scientifica
6,82941335
asked Jan 25 at 19:31
user607739user607739
1
edited Jan 25 at 20:05
Scientifica
6,82941335
asked Jan 25 at 19:31
user607739user607739
1
edited Jan 25 at 20:05
Scientifica
6,82941335
edited Jan 25 at 20:05
Scientifica
6,82941335
edited Jan 25 at 20:05
Scientifica
6,82941335
6,82941335
asked Jan 25 at 19:31
user607739user607739
1
asked Jan 25 at 19:31
user607739user607739
1
asked Jan 25 at 19:31
user607739user607739
1
1
1
$begingroup$
Expand the expression using the facts that $(a wedge b) vee c Leftrightarrow (a vee c) wedge (b vee c)$ and $(a vee b) wedge c Leftrightarrow (a wedge c) vee (b wedge c)$.
$endgroup$
– kccu
Jan 25 at 19:35
$begingroup$
I tried to follow your advice. The final answer I came up with is (r ∨ p) after applying the identity laws. Can anyone confirm I have done this right?
$endgroup$
– user607739
Jan 25 at 19:46
add a comment |
1
$begingroup$
Expand the expression using the facts that $(a wedge b) vee c Leftrightarrow (a vee c) wedge (b vee c)$ and $(a vee b) wedge c Leftrightarrow (a wedge c) vee (b wedge c)$.
$endgroup$
– kccu
Jan 25 at 19:35
$begingroup$
I tried to follow your advice. The final answer I came up with is (r ∨ p) after applying the identity laws. Can anyone confirm I have done this right?
$endgroup$
– user607739
Jan 25 at 19:46
1
1
$begingroup$
Expand the expression using the facts that $(a wedge b) vee c Leftrightarrow (a vee c) wedge (b vee c)$ and $(a vee b) wedge c Leftrightarrow (a wedge c) vee (b wedge c)$.
$endgroup$
– kccu
Jan 25 at 19:35
$begingroup$
Expand the expression using the facts that $(a wedge b) vee c Leftrightarrow (a vee c) wedge (b vee c)$ and $(a vee b) wedge c Leftrightarrow (a wedge c) vee (b wedge c)$.
$endgroup$
– kccu
Jan 25 at 19:35
$begingroup$
I tried to follow your advice. The final answer I came up with is (r ∨ p) after applying the identity laws. Can anyone confirm I have done this right?
$endgroup$
– user607739
Jan 25 at 19:46
$begingroup$
I tried to follow your advice. The final answer I came up with is (r ∨ p) after applying the identity laws. Can anyone confirm I have done this right?
$endgroup$
– user607739
Jan 25 at 19:46
add a comment |
0
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1
$begingroup$
Expand the expression using the facts that $(a wedge b) vee c Leftrightarrow (a vee c) wedge (b vee c)$ and $(a vee b) wedge c Leftrightarrow (a wedge c) vee (b wedge c)$.
$endgroup$
– kccu
Jan 25 at 19:35
$begingroup$
I tried to follow your advice. The final answer I came up with is (r ∨ p) after applying the identity laws. Can anyone confirm I have done this right?
$endgroup$
– user607739
Jan 25 at 19:46