To show that the sequence defined by the explicit formula bn-2n where nz1 satisfies the recurrence relation by = 2 b1 we start by substituting in the LHS of the recurrence relation as folows: LHS: b -2k Please order the steps below to complete the solution. RHS -2x 2k 1 RHS LHS. Therefore the sequence defined by the explicit formula satisfies the recurrence relation. RHS= 2 bk-1

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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To show that the sequence defined by the explicit formula br-2n where nz1
satisfies the recurrence relation by = 2 b-1-
we start by substituting in the LHS of the recurrence relation as follows:
LHS; bk -2
Please order the steps below to complete the sclution.
RHS -2x 2k 1
RHS LHS.
Therefore the sequence defined by the explicit formula satisfies the recurrence relation.
RHS= 2 bk-1
RHS = 2k
%3D
Transcribed Image Text:To show that the sequence defined by the explicit formula br-2n where nz1 satisfies the recurrence relation by = 2 b-1- we start by substituting in the LHS of the recurrence relation as follows: LHS; bk -2 Please order the steps below to complete the sclution. RHS -2x 2k 1 RHS LHS. Therefore the sequence defined by the explicit formula satisfies the recurrence relation. RHS= 2 bk-1 RHS = 2k %3D
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