By Induction. n Prove that į (3;²_zi) = 2n³ tn ²-n 2 Z=1 2 Goal: (2 (k+1) ³) + (k+₁)² – (k+1) 2 (1) P (1) is true (11) I P(R) is true, then P (k+1) is also the Then, P(n) is true for all in element 2²

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Name:
Subject:
By Induction.
n
Prove that & (31²-2₁) =
i=1
Section:
2
2n3 fn² -n
2
Goal: (2 (k+1) ³) + (K+₁)² = (k+1)
2
(1) P (1) is true
(ii) # P(R) is true, then P(k+l) is also the
Then, P (n) is true for all n element zt
Transcribed Image Text:Name: Subject: By Induction. n Prove that & (31²-2₁) = i=1 Section: 2 2n3 fn² -n 2 Goal: (2 (k+1) ³) + (K+₁)² = (k+1) 2 (1) P (1) is true (ii) # P(R) is true, then P(k+l) is also the Then, P (n) is true for all n element zt
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