View Single Post
Old 2nd December 2017, 02:55 PM   #335
MRC_Hans
Penultimate Amazing
 
MRC_Hans's Avatar
 
Join Date: Aug 2002
Posts: 24,894
Originally Posted by Daniel View Post
Really? OK...

1. Which 'gravity'... Einstienian or Newtonian ??

a. Is gravity a Force?
b. Is 'gravity' a Scientific Law or Scientific Theory?
c. What is the CAUSE of 'gravity'...?
It doesn't matter for this discussion.

Quote:
2. Then (for both Cavendish and lead blocks and an inter"F"erometer') ...

a. What Phenomenon was Observed...?
b. Post the Formal Scientific Hypothesis then EXPERIMENT that validates your claim...?
c. Highlight the "Independent Variable" that was used in the TEST...?
d. Post the Null Hypothesis that was Rejected/Falsified...?
Gravity was shown. For details, do your own homework. Remember, it is not our duty to convince you. Frankly my dear, we don't give a damn.

Quote:
The total distance of these power lines over Lake Pontchartrain is 15.9 Miles.
Per Soundly: Viewer Height was between 35 - 50 Feet, so let's say 40 Feet.
The distance between each Pylon is .18 Miles. (~88 Pylons)
I counted ~ 40 Pylons in Soundly's now infamous "P-900" shot...roughly 7 Miles, with some significant curvature.
Yep. Nice demonstration.

Quote:
Furthermore, according to your 'Spinning Ball' Narrative, every point along a Tangent from your feet falls away from you in every direction at 8" per mile2.
Yep, and you always look along the tangent.

Quote:
The horizon at 7 Miles from 90 degrees --- through Zero --- to 270 degrees is 21.5 MILES.
Irrelevant.

Quote:
So you're saying that we see significant curvature on the Z Axis....which is at 7 Miles BUT along the X Axis...which is 21.5 MILES: It's FLAT, No Curvature ???
We always look along the tangent. The horizon is at the same distance in all directions.

Quote:
Moreover, I've been told for about 2 years now that there is no way to see curvature from anything less than (65,000 Feet - 12,000 Miles, and everything in-between ) THEN... Soundly (smh) shows it from 35 Feet!!
Nope. The curvature you mention now is in the X axis. There you need to be far enough from the surface to not look along the tangent. Really simple. You should be able to grasp it.

Hans
__________________
Experience is an excellent teacher, but she sends large bills.
MRC_Hans is offline   Quote this post in a PM   Nominate this post for this month's language award Copy a direct link to this post Reply With Quote Back to Top