Rule of Thumb
Joined: Jul 2002
Posts: 358
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From: australia
Seeing as inertia is a masses resistance to a change in velocity (as in direction as well as speed) shouldn't it have an effect? Or does it not apply around the axis????...I can see that once the turn had started it would progress at the same rate and radius but I thought entering and exiting (ie changing velocity) would be slower.
cheers (go the boffins)
cheers (go the boffins)
Joined: Aug 2000
Posts: 686
Likes: 0
From: .
As a dedicated layman in this field, I am sure someone will correct my terminology, but to try and explain further (thread drift alert)
The force being applied to change the a/c direction is proportional to the mass of the a/c.
Large a/c
L = W
Small a/c
l = w
The turn force comes from the tilted lift vector.
As simple as I can put it.
The force being applied to change the a/c direction is proportional to the mass of the a/c.
Large a/c
L = W
Small a/c
l = w
The turn force comes from the tilted lift vector.
As simple as I can put it.
Joined: Oct 2000
Posts: 8,266
Likes: 1
From: Berkshire, UK
<<If you can't do it, teach it
If you can't teach it, examine it>>
And if you're utterly inept at all those things.... manage it.
All I can say about this lengthy discussion is that my eyes were badly deceiving me for 31+ years!
If you can't teach it, examine it>>
And if you're utterly inept at all those things.... manage it.
All I can say about this lengthy discussion is that my eyes were badly deceiving me for 31+ years!




