Weighted dye problem Sltns
Problem One:
A single dye (singular for dice) is composed of a cube but it has no
markings on it. Instead it has four of its six sides painted red and the other two sides are painted
blue. When you roll the dye the side that poi
Weighted dye problem Sltns
Problem One:
A single dye (singular for dice) is composed of a cube but it has no
markings on it. Instead it has four of its six sides painted red and the other two sides are painted
blue. When you roll the dye the side that poi
Trap and Boltz functions.
Consider oxygen molecules mass m = 1.67*32e-27 kg at temp T = 300 kelvin
Also k = 1.38e-23 = Boltzmanns constant
They will have a probability speed distribution given by:
Boltz(v) =(2kT/m) -3/2 exp-[m(v)2/2kT] 4 v 2 dv
Problem:
(
PROBLEM CHEMICAL REACTIONS:(MATLAB)
Imagine that you put two chemicals in a beaker of water and the chemicals dissolve readily and
completely. The first chemical is called red and the second chemical is called blue. The two
chemicals can combine in a reac
EE 150 HW #1
PROBLEM CHEMICAL REACTIONS:(MATLAB)
Imagine that you put two chemicals in a beaker of water and the chemicals dissolve readily and
completely. The first chemical is called red and the second chemical is called blue. The two
chemicals can comb
EE 150 HW #1
PROBLEM CHEMICAL REACTIONS:(MATLAB)
Imagine that you put two chemicals in a beaker of water and the chemicals dissolve readily and
completely. The first chemical is called red and the second chemical is called blue. The two
chemicals can comb
Weighted dye problem
Problem One:
A single dye (singular for dice) is composed of a cube but it has no
markings on it. Instead it has four of its six sides painted red and the other two sides are painted
blue. When you roll the dye the side that points up
Weighted dye problem
Problem One:
A single dye (singular for dice) is composed of a cube but it has no
markings on it. Instead it has four of its six sides painted red and the other two sides are painted
blue. When you roll the dye the side that points up
EE 150 HW PROJECT #1
PROBLEM CHEMICAL REACTIONS:(MATLAB)
Imagine that you put two chemicals in a beaker of water and the chemicals dissolve readily and
completely. The first chemical is called red and the second chemical is called blue. The two
chemicals
Area under Maxwell-Boltzmann speed distribution
/=
/ areaMaxwell.cpp
/ Code to compute the area under a Maxwell Boltzmann speed distribution of
/ Oxygen atoms, from a high velocity to infinity thus computing a small probability
/=
#include <cassert>
using