DomKen
Posts: 19457
Joined: 7/4/2004 From: Chicago, IL Status: offline
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quote:
ORIGINAL: FirmhandKY quote:
ORIGINAL: DomKen quote:
ORIGINAL: FirmhandKY Never heard of lateral distance, huh? Measure the curved distance from the expected location, calculated using current theory, and then plot the actual location along the curve. Not just the difference between the end points directly from the straight line distance from the sun. You need to find more detailed sources. I'm taking my info from a reference book I have on hand. Here's a picture. Maybe that'll help you visualize it. Source for the acceleration http://arxiv.org/abs/1001.3686 I'm sure you can do the math (distance traveled under constant acceleration is 1/2(accel * (time)^2) ) which comes out to right around 400km year. You didn't look at the pretty picture, nor actually read what I wrote (other than looking for a supposed "gotcha"), didja, DK? Are you arguing that there is no anomaly? No, that can't be it, because you source a page that acknowledges it. So, I can only assume, you wish to derail, and practice your tired old attempts at besmirchment without actually addressing the issue. The truth is, it's immaterial if it's 400 km, 8,000 miles, a quarter of an inch or a light year. You are just arguing at the edges, trying to demonstrate your "superior intellect", while actually just exposing your emotional weakness and intellectual inferiority. Go fish. Firm You're the pedant. You get all twisted out of shape over sloppy use of language. I'm simply pointing out that you exagerated the effect by 32 fold. You also make an unwarranted leap that we don't understand some aspect of gravity based on the pioneer effect. Since the anomoly does not seem to occur to any of the outer planets or moons it is far more parsimonious to search for a cause of the acceleration on the pioneer spacecraft than it is to assume it is some exterior force we have never seen before.
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