The inductive step of an inductive proof shows that for k > 4, if 2k > 3k, then 2k+1 > 3 (k + 1). Which step of the proof uses the fact that kN4> 1? 2k+1 > 2.2* (Step 1) 2 2.3k (Step 2) 2 3k + 3k (Step 3) 2 3k + 3 (Step 4) > 3(k + 1) (Step 5) Step 2 Step 3 O Step 4 Step 5
The inductive step of an inductive proof shows that for k > 4, if 2k > 3k, then 2k+1 > 3 (k + 1). Which step of the proof uses the fact that kN4> 1? 2k+1 > 2.2* (Step 1) 2 2.3k (Step 2) 2 3k + 3k (Step 3) 2 3k + 3 (Step 4) > 3(k + 1) (Step 5) Step 2 Step 3 O Step 4 Step 5
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Question
![The inductive step of an inductive proof shows that for k > 4, if 2 > 3k, then 2*+> 3 (k +1). Which step of
the proof uses the fact that kN4> 1?
2k+1 > 2. 2*
(Step 1)
2 2. 3k
(Step 2)
2 3k + 3k
(Step 3)
2 3k + 3
(Step 4)
2 3(k +1)
(Step 5)
Step 2
Step 3
O Step 4
O Step 5](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1a7c81ae-3d8b-4543-8bf3-f54e27cb18cc%2F8e645af4-bd39-40fb-981b-d4fb94dc8557%2F4bf88de_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The inductive step of an inductive proof shows that for k > 4, if 2 > 3k, then 2*+> 3 (k +1). Which step of
the proof uses the fact that kN4> 1?
2k+1 > 2. 2*
(Step 1)
2 2. 3k
(Step 2)
2 3k + 3k
(Step 3)
2 3k + 3
(Step 4)
2 3(k +1)
(Step 5)
Step 2
Step 3
O Step 4
O Step 5
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