The sequence {9} is defined recursively as follows: go = 1, and gn = 3 ⋅ gn−1 + 2n, for n²1. If the theorem below is proven by induction, what must be established in the inductive step? Theorem: For any non-negative integer n, gn = 2.2. -n- n-2/. O For k20, if gk = 3.9k-1 + 2k, then gk+1 = 5.2k+1 − (k+ 1) — 21. O For k20, if gk = /2-2k – k − ³/2, then gk+1 = 2k+1 (k+ 1) − ³/1. N/W

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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The sequence {gn} is defined recursively as follows: go = 1, and gn = 3 · 9n-1 + 2n, for n≥1.
If the theorem below is proven by induction, what must be established in the inductive step?
Theorem: For any non-negative integer n, gn
For k20, if gk = 3.9k-1 + 2k,
then gk+1 = 2.2k+1 − (k + 1) − ¾/1.
O For k20, if gk = /2kk-1,
then gk+1
=
5
- 2k+1 − (k+ 1) — 3³/3.
O For k20, ifgk = 3.9k-1 + 2k,
then gk+1 = 3.9k + 2(k+ 1).
O For k20, if g_k=.2k – k
then gk+1
3
2'
3.9k + 2(k+1).
=
N/W
.27² -n- 312.
Transcribed Image Text:The sequence {gn} is defined recursively as follows: go = 1, and gn = 3 · 9n-1 + 2n, for n≥1. If the theorem below is proven by induction, what must be established in the inductive step? Theorem: For any non-negative integer n, gn For k20, if gk = 3.9k-1 + 2k, then gk+1 = 2.2k+1 − (k + 1) − ¾/1. O For k20, if gk = /2kk-1, then gk+1 = 5 - 2k+1 − (k+ 1) — 3³/3. O For k20, ifgk = 3.9k-1 + 2k, then gk+1 = 3.9k + 2(k+ 1). O For k20, if g_k=.2k – k then gk+1 3 2' 3.9k + 2(k+1). = N/W .27² -n- 312.
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