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You do want to pop the nose cones, so that the booster is properly secured. If the booster can simply drop off the back, and if there is any...
THERE IS NOTHING SPECIAL ABOUT USING ALL CAPITAL LETTERS. DEATH USES THEM ALL THE TIME. HE DOES NOT USUALLY SCREAM.
I selected 75% because I wouldn't want to swear that I've had 99%. Then again, I wouldn't want to swear that I had 99% success with the...
On your marks... Get set... <shines laser pointer at far wall> Go! Meanwhile, in another bad day for the trucking industry:...
The Lightning was indeed a nice fighter, but for beauty, the Hunter was the one to watch. Especially when it's painted like this: [ATTACH]...
This appeared in our newspaper: [ATTACH] It gets better. I have a cousin in Neu Zittau so I sent him a copy of this, and duly got the full...
It's always worth checking stories like this on Snopes: https://www.snopes.com/fact-check/good-luck-mr-gorsky/ The aforementioned NASA...
One empty toilet roll. One D12-5. Nose, fins, motor mount and recovery are up to you. Provided the rocket is stable, the contest is duration....
Original Series crew shirts: [IMG] Command officers wear gold, expendable engineers and security wear red. Next Generation crew shirts: [IMG]...
Question: "What's two and two?" Mathematician: "That's easy. Four." Computer scientist: "No, two AND two is two. If he'd said 'two PLUS two', it...
I just lost the game. [ATTACH]
In the original "Battlestar Galactica", specifically the episode "The Long Patrol", this character finds himself on a prison planet where almost...
Russia's answer to KFC: [ATTACH] Bigger inside than outside? [ATTACH]
Hexadecimal binary logic. Bit OR NOT Bit always = 1. Byte OR NOT Byte always = F. So 2B OR NOT 2B = FF.
It is right. "2B OR NOT 2B, that is the question." Winner! Though it could be a bit tricky keeping all the fingers in their correct states. A...
Well done, Bat-Mite and SecondRow. Now, how about the other question, about the Shakespearean FF? And how high can you count on your fingers?...
Not so. Going from line 5 to line 6 converts the equations into squares. There being no complex numbers at line 5 (unless you chose to use them...
If the answer is "FF", what is the Shakespearean question? Theorem: All numbers are equal. Proof: Choose arbitrary a and b, and let t = a + b....
Separate names with a comma.
