What do the following statements mean in ordinary language? Write out their negations using quantifiers. (a) (Vn eN) (+2") (b) (a, b = N) (π = a/b) (c) (Vb € B) (3a € A) (ƒ(a) = b), assume ƒ: A → B (d) (Vn € N) (3m € N) (n² − n = = 2m) (e) (3A CR) (Vx ≤ R) (3a = A)(x > a) (f) (\n € N) (³p = N) ((p > n) and [(Vq € N) (q/p ⇒ (q − 1) or q = p)]) =

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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What do the following statements mean in ordinary language? Write out
their negations using quantifiers.
(a) (Vn € N) (x ‡ 2¹)
(b) (a, b ≤ N) (π = a/b)
(c) (Vb = B) (3a = A) (ƒ(a) = b), assume f: A → B
(d) (Vn € N) (3m € N) (n² — n = 2m)
(e) (3A CR) (Vx ≤ R) (Ja € A) (x > a)
(f) (Vn ≤ N) (‡p ≤ N) ((p > n) and [(Vq € N) (q/p ⇒ (q = 1) or q = p)])
Transcribed Image Text:What do the following statements mean in ordinary language? Write out their negations using quantifiers. (a) (Vn € N) (x ‡ 2¹) (b) (a, b ≤ N) (π = a/b) (c) (Vb = B) (3a = A) (ƒ(a) = b), assume f: A → B (d) (Vn € N) (3m € N) (n² — n = 2m) (e) (3A CR) (Vx ≤ R) (Ja € A) (x > a) (f) (Vn ≤ N) (‡p ≤ N) ((p > n) and [(Vq € N) (q/p ⇒ (q = 1) or q = p)])
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