Charles_McG
Ciderwright
3.1415926535897932384626433![]()
I want to see you cut and measure to 26 significant figures.
3.1415926535897932384626433![]()
If I would have just put 3.14... some smart ass would have posted the 26 figures... so I figured I'd post the 26 figures, and then some... well.... nevermind.... have a great day.I want to see you cut and measure to 26 significant figures.
If I would have just put 3.14... some smart ass would have posted the 26 figures... so I figured I'd post the 26 figures, and then some... well.... nevermind.... have a great day.lol
Accuracy is paramount in rocketry!!3.1415926535897932384626433![]()
Thanks for the enlightenment provided on my questions. I’ve learnt something new. Now before this thread gets highjacked...... back to the Atlas-able to see if it really has enough base drag to be stable.I don’t like to appear dumb but.....here goes. How can this rocket be stable with no fins? And what does the long narrow triangle at the back end of the rocket in the OR drawing mean?
It is, after all, rocket science.Accuracy is paramount in rocketry!!![]()
It might be possible to incorporate a "Drag Plate", on the base of the Atlas-Able, to increase Base Drag if the available configuration does not provide a "sufficient amount" ( whatever that value is ).Thanks for the enlightenment provided on my questions. I’ve learnt something new. Now before this thread gets highjacked...... back to the Atlas-able to see if it really has enough base drag to be stable.
More than good enough for government work!3.1415926535897932384626433![]()
I want to see you cut and measure to 26 significant figures.
If I am not using a calculator with a Pi key, I use either 3.1416 or 3.1415926, depending on the material being scaled.If I would have just put 3.14... some smart ass would have posted the 26 figures... so I figured I'd post the 26 figures, and then some... well.... nevermind.... have a great day.lol
Charles,Measure it with a micrometer.
Mark it in chalk.
Cut it with an axe.