3. Identify the missing rules in this argument that supposedly shows that if Vx (P(x) V Q(x)) is true then Vx P(x) v Vx Q(x) is true. 1. Vx( P(x) V Q(x)) Premise 2. P(c) v Q(c) Universal instantiation...

3. Identify the missing rules in this argument that supposedly shows that if Vx (P(x) V Q(x)) is true then Vx P(x) v Vx<br>Q(x) is true.<br>1. Vx( P(x) V Q(x))<br>Premise<br>2. P(c) v Q(c)<br>Universal instantiation from 1<br>3. Р(с)<br>4. VxP(x)<br>Universal generalization from 3<br>5. Q(c)<br>6. VxQ(x)<br>7. Vx((Р(x) v VxQ(х))<br>

Extracted text: 3. Identify the missing rules in this argument that supposedly shows that if Vx (P(x) V Q(x)) is true then Vx P(x) v Vx Q(x) is true. 1. Vx( P(x) V Q(x)) Premise 2. P(c) v Q(c) Universal instantiation from 1 3. Р(с) 4. VxP(x) Universal generalization from 3 5. Q(c) 6. VxQ(x) 7. Vx((Р(x) v VxQ(х))

Jun 04, 2022

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3. Identify the missing rules in this argument that supposedly shows that if Vx (P(x) V Q(x)) is true then Vx P(x) v Vx Q(x) is true. 1. Vx( P(x) V Q(x)) Premise 2. P(c) v Q(c) Universal instantiation...

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