Here are several different statements in predicate logic: 1. Vn, kN, Q(n, k) 2. Vn EN, 3k E N, Q(n, k) 3. Vn € N, P(n) 4. Vn,pe N, Prime(p) ^p n = Q(n, p) 5. Va, b E N, Vn N, a n^b n^P(n) 6. Vn EN, 5|n1P(n) 7.vn EN, 5 n= P(n) 8. 3a, b N, Vn N, a n^b|n⇒ P(n) For each proof header below, select the statement from the list above that is being proved. Let n be an arbitrary natural number. Assume that 5 divides n. Let n and p be arbitrary natural numbers. Assume p is prime and that n is divisible by p. Let n be an arbitrary natural number, and let k 3n+ 1. Let a 7 and b- 9. Let n be an arbitrary natural number, and assume that a divides In and that b divides n. [Choose] [Choose ] [Choose ] [Choose ]

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Chapter2: Second-order Linear Odes
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Here are several different statements in predicate logic:
1. Vn, kN, Q(n, k)
2. Vn EN, 3k E N, Q(n, k)
3. Vn € N, P(n)
4. Vn,pe N, Prime(p) ^p n = Q(n, p)
5. Va, b E N, Vn E N, a n^b n^P(n)
6. VnEN, 5 nA P(n)
7. VnE N, 5 n⇒ P(n)
8. 3a, b N, Vn N, a n^b|n⇒ P(n)
For each proof header below, select the statement from the list above that is being proved.
Let n be an arbitrary natural number.
Assume that 5 divides n.
Let n and p be arbitrary natural numbers.
Assume p is prime and that n is divisible by
p.
Let n be an arbitrary natural number, and
let k 3n+ 1.
Let a 7 and b-9. Let n be an arbitrary
natural number, and assume that a divides
n and that b divides n.
[Choose]
[Choose ]
[Choose]
[Choose ]
Transcribed Image Text:Here are several different statements in predicate logic: 1. Vn, kN, Q(n, k) 2. Vn EN, 3k E N, Q(n, k) 3. Vn € N, P(n) 4. Vn,pe N, Prime(p) ^p n = Q(n, p) 5. Va, b E N, Vn E N, a n^b n^P(n) 6. VnEN, 5 nA P(n) 7. VnE N, 5 n⇒ P(n) 8. 3a, b N, Vn N, a n^b|n⇒ P(n) For each proof header below, select the statement from the list above that is being proved. Let n be an arbitrary natural number. Assume that 5 divides n. Let n and p be arbitrary natural numbers. Assume p is prime and that n is divisible by p. Let n be an arbitrary natural number, and let k 3n+ 1. Let a 7 and b-9. Let n be an arbitrary natural number, and assume that a divides n and that b divides n. [Choose] [Choose ] [Choose] [Choose ]
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