Solve the recurrence relation

with the initial condition , and verify your solution by induction on n.

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- October 13th 2010, 05:46 PMnurdynikRecurrence relation
Solve the recurrence relation

with the initial condition , and verify your solution by induction on n. - October 14th 2010, 09:07 AMHugal
Didn't you forget some ? :/

'Cause your relation is true just for no matter the value of

Hugal - October 16th 2010, 03:42 AMHugal
Ok ! I got what you meant. It is :

right ?

So, now just try to figure out what the first terms of this sequence are.

Try to find and you'll have quite a good idea of what actually the sequence is.

After that, you'll have to prove this. Induction is an easy way to make it.

Good luck,

Hugal - October 16th 2010, 06:16 AMPlato
- October 16th 2010, 07:26 AMchisigma
- October 16th 2010, 07:39 AMSoroban
Hello, nurdynik!

Quote:

Solve the recurrence relation: .

and verify your solution by induction on

Crank out the first few terms and you may see a pattern.

. .

We see that the terms of the sequence are squares,

. . not every consecutive square,

. . but squares of certain numbers.

. .

These are the squares of Triangular Numbers, starting with