In Collatz Conjecture's sequence,

```
f(n)= n/2 ( if n is even)
3n+1 ( if n is odd)
```

Finally, we reach to the awesome number 1. This is the property of oneness.

The thing i want to say through this note is that, instead of 3n+1, we can also use n+1/2, which we also lead to the awesome number 1.

Comments are appreciated and I want to about this sequence.

## Comments

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TopNewestThe sequence in which \(f(n)=\frac{n+1}{2}\) for odd \(n\) is strictly decreasing, and will always reach \(1\). – Alex Li · 1 year, 9 months ago

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@Alex Li – Sudhir Aripirala · 1 year, 9 months ago

Then what about 3n+1Log in to reply

– Alex Li · 1 year, 9 months ago

The actual \(3n+1\) problem is still unsolved, but it has been tested and verified for all values up to \(5.76\times10^{18}\).Log in to reply

@Alex Li – Sudhir Aripirala · 1 year, 9 months ago

We can also use n+1Log in to reply

@Alex Li for the solution!!!! – Sudhir Aripirala · 1 year, 9 months ago

ThanksLog in to reply