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Newbie Training Cigar Pass-- For February 07-

So, am I reading this right? The answer doesn't have to be right, it just has to be closest to 9pm? Sounds good to me.

Edit for spelling.
 
All right, to increase the BS level here I am going to post a contest. The first one to post their answer closest to 9:00 pm (2100 hrs) after the hour today, Wednesday, 07 Mar 2007 will win a three pack of dog rockets!!

The question is: (drum roll please)!! :cool:

What is the exponent of the reduced Planck's constant in electron volts*second units??

One guess and only pass members can play. Also, I am the judge and my answer cannot be challenged. The contest ends at midnight today. Good luck and let the games begin!! :laugh:

EST?
 
All right, to increase the BS level here I am going to post a contest. The first one to post their answer closest to 9:00 pm (2100 hrs) after the hour today, Wednesday, 07 Mar 2007 will win a three pack of dog rockets!!

The question is: (drum roll please)!! :cool:

What is the exponent of the reduced Planck's constant in electron volts*second units??

One guess and only pass members can play. Also, I am the judge and my answer cannot be challenged. The contest ends at midnight today. Good luck and let the games begin!! :laugh:

EST?

Of course. Do other timezones matter?
 
All right, to increase the BS level here I am going to post a contest. The first one to post their answer closest to 9:00 pm (2100 hrs) after the hour today, Wednesday, 07 Mar 2007 will win a three pack of dog rockets!!

The question is: (drum roll please)!! :cool:

What is the exponent of the reduced Planck's constant in electron volts*second units??

One guess and only pass members can play. Also, I am the judge and my answer cannot be challenged. The contest ends at midnight today. Good luck and let the games begin!! :laugh:

EST?

Of course. Do other timezones matter?

:sign: :sign:
 
All right, to increase the BS level here I am going to post a contest. The first one to post their answer closest to 9:00 pm (2100 hrs) after the hour today, Wednesday, 07 Mar 2007 will win a three pack of dog rockets!!

The question is: (drum roll please)!! :cool:

What is the exponent of the reduced Planck's constant in electron volts*second units??

One guess and only pass members can play. Also, I am the judge and my answer cannot be challenged. The contest ends at midnight today. Good luck and let the games begin!! :laugh:

EST?

Of course. Do other timezones matter?

On Woot it's Central!
 
So, am I reading this right? The answer doesn't have to be right, it just has to be closest to 9pm? Sounds good to me.

Edit for spelling.

Pardon my unclear command of the Queens English!! It has to be the correct answer that is posted closest to after 9pm. I hope that sound clearer!! It must be that Johnny Walker I was drinking. :rolleyes:
 
All right, to increase the BS level here I am going to post a contest. The first one to post their answer closest to 9:00 pm (2100 hrs) after the hour today, Wednesday, 07 Mar 2007 will win a three pack of dog rockets!!

The question is: (drum roll please)!! :cool:

What is the exponent of the reduced Planck's constant in electron volts*second units??

One guess and only pass members can play. Also, I am the judge and my answer cannot be challenged. The contest ends at midnight today. Good luck and let the games begin!! :laugh:

EST?

ROTFLMAO!! :laugh: Talk about ambiguity!! Yes, the intent was EST. That would be 8pm Central, 7pm Mountain, 6pm Pacific, 2am the next day in Zulu land, etc. If you are posting from the moon than that would be Lunation 453.95867392. :rolleyes:
 
I like that with that loony contest question the only clarification requested was on the time zone.
 
-16

The reduce Planck's constant is also known as Dirac's constant I believe.






































OK, I had no idea what it was but googled it. Just wanted to sound smart.
 
-16

The reduce Planck's constant is also known as Dirac's constant I believe.


OK, I had no idea what it was but googled it. Just wanted to sound smart.

Sometimes it is called Dirac's constant but that usage has fallen. Planck discovered the number and Dirac just divided it by 2pi.
And the google works for me!!! That is where I got the data from. :thumbs:
 
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