Randomness can be a useful tool for solving problems.

[Guest]

Remarks: Our analysis is a mess! Maybe it's time retire... We are discouraged at this point.

And we shall focus our attention elsewhere.

We apologize for the flawed analysis. But all is not lost... And there's always hope.

Dave

[Guest]

Remarks: Our analysis is a mess! Maybe it's time to retire... We are discouraged at this point.

And we shall focus our attention elsewhere.

We apologize for the flawed analysis. But all is not lost... And there's always hope.

Dave

[Guest]

Remarks: We expect no feedback from our readers (mathematicians). What a predicament!

Dave.

P.S. Yes, it's time to retire and focus our energies elsewhere. Goodbye!

[Guest]

[tex]\sum_{k=1}^{\infty }\frac{cos(2 \pi k \sqrt{I + \lambda^{2}})}{k} = \infty[/tex] if [tex]\sqrt{I + \lambda^{2}}[/tex] is a positive integer.

The answer is the very important Harmonic Series! And that's all folks!

[Guest]

Remarks: Our analysis is a mess! Maybe it's time retire... We are discouraged at this point.

And we shall focus our attention elsewhere.

We apologize for the flawed analysis. But all is not lost... And there's always hope.

Dave

Hey Dave,

Your analysis is fine!

[Guest]

Please crack (factor) I (see attached file) in polynomial time ('prime time'). Good luck!

[Guest]

Please crack (factor) I (see attached file) in polynomial time ('prime time'). Good luck!

Time is up! What's the answer?

We want to know. Thanks!

[Guest]

Please crack (factor) I (see attached file) in polynomial time ('prime time'). Good luck!

Time is up! What's the answer?

We want to know. Thanks!

The correct answer will win 4 ripe and delicious apples! Yum. Yum...

2.37 - 2.33 = .004 Right

[Guest]

2.37 - 2.33 = .04 Right

[Guest]

[quote="Guest"]Please crack (factor) I (see attached file) in polynomial time ('prime time'). Good luck!

Please share (post here) your answers. Thank you!