Recent content by Sleeker
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Undergrad Differences between choices in polling
I disagree that national polls are worse than useless. They are very useful. National polls can tell you how states will poll and state polls will tell you how the national polls will go. It's virtually impossible to win the electoral college this year in any realistic way if you lose the...- Sleeker
- Post #4
- Forum: Set Theory, Logic, Probability, Statistics
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Undergrad Differences between choices in polling
As soon as I posted, I thought of a new way that seems to give somewhat reasonable answers, although they seem a bit off. Because I'm not totally familiar with using Latex on this forum, here's a link to WolframAlpha Online to what I'm thinking: here. D = Difference M = Margin of error- Sleeker
- Post #2
- Forum: Set Theory, Logic, Probability, Statistics
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Undergrad Differences between choices in polling
I'm a bit of a polling junkie, and in general, I'm pretty good at math, but I can't figure this one out (at least, not yet). As a concrete example, I'm going to use the latest Gallup survey: Obama: 49%. Romney: 44%. Margin of error (95% confidence) = 2%. As I've found out, the...- Sleeker
- Thread
- Choices
- Replies: 3
- Forum: Set Theory, Logic, Probability, Statistics
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Graduate How to Determine if a Point Lies Inside a Tilted and Translated Ellipse?
Hm, yeah, that makes more sense with incorporating the fact that it's off-center with the formula from this website: http://www.maa.org/joma/Volume8/Kalman/General.html- Sleeker
- Post #4
- Forum: Differential Geometry
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Graduate How to Determine if a Point Lies Inside a Tilted and Translated Ellipse?
I need to find whether or not a point is within an ellipse. The problem is that the ellipse is tilted at an angle and not at the origin. I've tried Googling everywhere and can't find a good equation for what I need. Does anybody know the formula for an ellipse that includes: 1. Coordinates...- Sleeker
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- Ellipse
- Replies: 3
- Forum: Differential Geometry
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Astrophysics - Special Relativity
I wind up at the same spot.- Sleeker
- Post #3
- Forum: Advanced Physics Homework Help
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Astrophysics - Special Relativity
Homework Statement 2) If a relativistic rocket has a proper acceleration alpha that increases with proper time tau according to: alpha(tau) = 2/[Cosine(tau)^2 - Sine(tau)^2] find its motion, r(t), from the point of view of a control tower for whom the rocket is motionless at...- Sleeker
- Thread
- Astrophysics Relativity Special relativity
- Replies: 3
- Forum: Advanced Physics Homework Help