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1.) Let {hn} be the sequence defined as follows: h0 =-2 hn = 5hn-1 + 8n Use induction to prove that for n0, hn= 5n22n52

1.) Let {hn} be the sequence defined as follows:

h0 =-2

hn = 5hn-1 + 8n

Use induction to prove that for image text in transcribedn0, image text in transcribedhn= image text in transcribed5n22n52

What must be established in the base case?

a) h0 = -2
b) hn = 5hn-1 + 8n
c) h1 = -2
d) hn+1 = 5hn + 8(n +1)

2.)Let {hn} be the sequence defined as follows:

h0 =-2

hn = 5hn-1 + 8n

Use induction to prove that for image text in transcribedn0, image text in transcribedhn= image text in transcribed5n22n52

What must be established in the inductive step?

a) image text in transcribed

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b) image text in transcribed

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c) image text in transcribed

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d.) image text in transcribed

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3.) Use induction to prove that for any positive integer n, 6 evenly divides 7n - 1. What is the inductive hypothesis?

a) 6 evenly divides 7k - 1.
b) 6 evenly divides 7k+1 - 1.
c) 6 evenly divides 7n+1 - 1.
d) 6 evenly divides 7n - 1.

4.) Use induction to prove that for any positive integer n, 6 evenly divides 7n - 1. What must be established in the inductive step?

a) 6 evenly divides 7n+1 - 1.
b) 6 evenly divides 7n - 1.
c) 6 evenly divides 7k - 1.
d) 6 evenly divides 7k+1 - 1.

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