Why not let the desiccant answer
the question? I mean, it can't
actually tell us when he was
killed... but it could tell us how
long he was packed in the crate.
(then, off the Agents)
Every desiccant has its own rate of
absorption, its own level of thirst.
One can solve an absorption system of ODEs using the built-in Mathematica function NDSolve. An elegant analytical solution was made available by Lapidus and Amundson in 1950 (and later by Acrivos and Amundson, 1955) and is described in detail by J. M. Douglas (see reference below). This Demonstration shows that both methods give the same result for the output gas composition versus time.
Forget about Charlie's whole x,y,z-axis
approach... For me, it's best
to just put yourself in the space.
(as Alan works)
If you can imagine yourself inside
the figure you're creating, you get
a better reference for direction...
Does that help?
I'm sure it's supposed to...
This Demonstration lets you locate two points on a sphere. The points form a vector that can be rotated about the
X, Y, or Z axes.
No problem. What do you need?
David and Colby've been trailing
the writer all day, but they lost
him. You did a cell phone
triangulation scheme for us before;
took you half the time it would
take our techs...
I'm gonna need to access his signal
through his provider...
Angle of arrival positioning is one of many passive sonar or radio navigation techniques that may be used to pinpoint
the location of a car, ship, or mobile device. This Demonstration presents a Monte Carlo simulation of 2-beacon angle of
arrival positioning in the plane.
No moon. No nearby lights. The stars seem to pop. It's
beautiful. Larry just turns in a circle, staring up at the
heavens like Copernicus...
Leaving the Sun and traveling at the speed of light, it would take about 4.22 years to reach Proxima Centauri, the Sun's
nearest neighbor and part of the star system Alpha Centauri. Move farther from the Sun to see more stellar neighbors of
the Sun. Hover your mouse over a star to learn more about it.