A Diversion

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An aircraft flies level at a constant speed over a giant scale, say 1 mile long. The scale has a 10 pound weight on it. Will the scale read:

a) the weight of the aircraft + 10 lbs.

b) 10 lbs. - the weight of the aircraft

c) 10 lbs.?
 
An aircraft flies level at a constant speed over a giant scale, say 1 mile long. The scale has a 10 pound weight on it. Will the scale read:

a) the weight of the aircraft + 10 lbs.

b) 10 lbs. - the weight of the aircraft

c) 10 lbs.?

Is the weight on top or on bottom of the scale? Evenly distributed on both ends? In the middle? Sea level or cruising altitude? Boeing or Airbus?

"African or European?" /In Search of the Holy Grail reference.
 

Brian Manzella

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I've got a better one:

How far do you fly it if you hit a driver solid and swing 110mph with good launch conditions at sea level.
 
I've got a a better one - If Fred Funk's caddy and Dustin Johnson's caddy had the same favorite song, what would it be? Who was the original artist?
 
I've got a a better one - If Fred Funk's caddy and Dustin Johnson's caddy had the same favorite song, what would it be? Who was the original artist?

Ahhh, a trick question... it was a group.

379817384_65b41e58ca.jpg
 
I've got a better one:

How far do you fly it if you hit a driver solid and swing 110mph with good launch conditions at sea level.

So.. "good launch conditions at sea level". What if you weren't at sea level? What if you were 2,000 feet above hitting to sea level? Hmmm??
 
An aircraft flies level at a constant speed over a giant scale, say 1 mile long. The scale has a 10 pound weight on it. Will the scale read:

a) the weight of the aircraft + 10 lbs.

b) 10 lbs. - the weight of the aircraft

c) 10 lbs.?

At what altitude? Is the scale as wide as the whole plane including the wings?

It will be a) if it is close enough to the scale.

285!!!

CARRY!

Two HUNDRED and EIGHT-FIVE YARDS!!!

In the air!!!

What are the "good launch conditions"?
 
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Or is it not exactly optimal conditions, just a chart showing the different aoa and required numbers to optimize with that particular aoa?
 
An aircraft flies level at a constant speed over a giant scale, say 1 mile long. The scale has a 10 pound weight on it. Will the scale read:

a) the weight of the aircraft + 10 lbs.

b) 10 lbs. - the weight of the aircraft

c) 10 lbs.?
My guess would be that since the aircraft is flying, not rolling, that the scale would read 10 lbs. If it is flying, there is no weight on wheels.
 
Might depend on how much higher the plane is than the scale. But normally the 10lbs remains 10lbs, no?

As to the 285yds:

Who hits up 5* on it? Any examples?

How far would it go if you hit 30* up on it (clearly impossible in a practical sense).

Why are the tour averages from a couple of years ago -1*?
 
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