- #1

- 8

- 0

Can someone help me on how to solve this question? and how does induction works here?

thank you

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- Thread starter zjhok2004
- Start date

- #1

- 8

- 0

Can someone help me on how to solve this question? and how does induction works here?

thank you

- #2

- 6,054

- 391

- #3

- 8

- 0

I think you have to prove by using induction

- #4

- 3,474

- 257

I don't think you get to choose b.

- #5

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You can easily check that it's true for [itex]n = 0[/itex]. Now suppose it's true for [itex]n[/itex], so there exist [itex]q[/itex] and [itex]r < b[/itex] such that [itex]n = qb + r[/itex]. Now consider [itex]n + 1[/itex]. A reasonable first step would be to add 1 to both sides of the equation above:Can someone help me on how to solve this question? and how does induction works here?

thank you

[tex]n + 1 = qb + r + 1[/tex]

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