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Climbing the Mountain | Physics from the bottom up! | Page 2
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Physics from the bottom up! Real Analysis – Limits and Continuity V. On April 23, 2011 by ateixeira. Condition is somewhat hard to get into our heads as neophytes. On top of that the similarity of the. Definition for limit and continuity can increase the confusion and to try to counter those frequent turn of events the first part of this post will try to clarify the. Condition by means of examples. First we’ll start things off with something really simple. Which is obviously continuous. Let us now look at.
godplaysdice.blogspot.com
God Plays Dice: Thousandth, and last, post.
http://godplaysdice.blogspot.com/2012/02/thousandth-and-last-post.html
A random walk through mathematics - mostly through the random part. Thousandth, and last, post. This is the last post here at God Plays Dice. It happens to be the thousandth, but I didn't plan that. I'm moving to Wordpress, and to gottwurfelt.wordpress.com. The obvious subdomain was taken, by somebody that I don't want to send traffic to.). So update your bookmarks, your feed readers, or whatever you kids are using to follow blogs these days. I'll see you there. February 9, 2012 at 2:09 AM.
godplaysdice.blogspot.com
God Plays Dice: December 2011
http://godplaysdice.blogspot.com/2011_12_01_archive.html
A random walk through mathematics - mostly through the random part. Solution to distance between random points from a sphere. So I asked on Sunday. The following question: pick two points on a unit sphere uniformly at random. What is the expected distance between them? Without loss of generality we can fix one of the points to be (1, 0, 0). The other will be chosen uniformly at random and will be (X, Y, Z). The distance between the two points is therefore. 1, and this can be rewritten as. 6 = 8/6 = 4/3.
godplaysdice.blogspot.com
God Plays Dice: Small sample sizes lead to high margins of error, unemployment version
http://godplaysdice.blogspot.com/2011/11/small-sample-sizes-lead-to-high-margins.html
A random walk through mathematics - mostly through the random part. Small sample sizes lead to high margins of error, unemployment version. The ten college majors with the lowest unemployment rates. From yahoo.com. I've heard about this from a friend who majored in astronomy and a friend who majored in geology; both of these are on the list, with an unemployment rate of zero. The unemployment rates of the ten majors they list are 0, 0, 0, 0, 0, 0, 1.3, 1.4, 1.6, and 2.2 percent. Blog post is quite similar.
mollishka.blogspot.com
a geocentric view: Scientists in Movies (and TV)
http://mollishka.blogspot.com/2007/09/scientists-in-movies-and-tv.html
Somewhat random thoughts on astronomy, grad school, traveling, this, that, and the other as well. Saturday, September 08, 2007. Scientists in Movies (and TV). 8212;and even Kushiel's Avatar. Does a better job at trying to guess what it would be like to hold the supposedly unholdable Name of God in one's head. No It's ridiculous. Now get over yourself. Even most movies which clearly try to be realistic fall short. Take for example the play-based Proof. That "we can only get three sides to fit together!
mollishka.blogspot.com
a geocentric view: March 2009
http://mollishka.blogspot.com/2009_03_01_archive.html
Somewhat random thoughts on astronomy, grad school, traveling, this, that, and the other as well. Saturday, March 14, 2009. At 3/14/2009 12:45:00 PM. Saturday, March 07, 2009. Assumptions: Quote of the Day. Godel says you have to assume shit; physicists just give an explanation for why it is brown and smelly. At 3/07/2009 02:57:00 AM. Subscribe to: Posts (Atom). About me and my blog. Columbus, Ohio, United States. View my complete profile. Why "a geocentric view"? Apparently, I Exude Physicistiness.
mollishka.blogspot.com
a geocentric view: The Universe Chandelier
http://mollishka.blogspot.com/2006/05/universe-chandelier.html
Somewhat random thoughts on astronomy, grad school, traveling, this, that, and the other as well. Tuesday, May 09, 2006. The astronomy department took a bit of a field trip over to the Wexner Center sometime during winter quarter when the sculpture was still on display there. David and Josiah were both there to explain and discuss it. I must say I was pleasantly surprised by the whole thing. I'm not usually one for art; I often find myself wanting. S being affected by art. At 5/09/2006 07:01:00 PM. It's ...
godplaysdice.blogspot.com
God Plays Dice: Wind and Mr. Ug
http://godplaysdice.blogspot.com/2011/12/wind-and-mr-ug.html
A random walk through mathematics - mostly through the random part. Wind and Mr. Ug. You should watch Vi Hart's stop-motion animated story of Wind and Mr. Ug. Subscribe to: Post Comments (Atom). Subscribe in a reader. An American Physics Student in England. Confessions of a Mathematician. Data Mining: Text Mining, Visualization and Social Media. Good Math, Bad Math. Http:/ mathnotations.blogspot.com. Statistical Modeling, Causal Inference, and Social Science. The Universe of Discourse. Vlorbik on Math Ed.
godplaysdice.blogspot.com
God Plays Dice: Solution to distance between random points from a sphere
http://godplaysdice.blogspot.com/2011/12/solution-to-distance-between-random.html
A random walk through mathematics - mostly through the random part. Solution to distance between random points from a sphere. So I asked on Sunday. The following question: pick two points on a unit sphere uniformly at random. What is the expected distance between them? Without loss of generality we can fix one of the points to be (1, 0, 0). The other will be chosen uniformly at random and will be (X, Y, Z). The distance between the two points is therefore. 1, and this can be rewritten as. 6 = 8/6 = 4/3.
godplaysdice.blogspot.com
God Plays Dice: October 2011
http://godplaysdice.blogspot.com/2011_10_01_archive.html
A random walk through mathematics - mostly through the random part. Solution to a puzzle from a few months ago. I never posted a solution to this puzzle. And today one of my students asked me about it. The puzzle was to find all three-digit numbers that, when multiplied by their successor, give a number concatenated with itself. So of course when you concatenate a three-digit number x. With itself, you get 1001 x. So the question becomes: when is k. 1) a multiple of 1001? Doesn't in fact have three digits.
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