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Material Type: Assignment; Class: NATURE & PROPERTIES OF MATLS; Subject: Chemical Engineering; University: University of Alabama - Huntsville; Term: Fall 2001;
Typology: Assignments
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Formulations
Use the linear algebra package. Define coordinate points as a matr ix and solution as a vector.
with(LinearAlgebra):
Points := Matrix([[0,2,-4],[1,3,-4],[2,1,1]]); Identity := Vector([1,1,1]);
Points :=
Identity :=
Equatio n of Plane Solution
Use the LinearSolve package to find solution to equation of a plane.
MIPlane := LinearSolve(Points,Identity);
MIPlane :=
Reduce fractions.
MIPlane*2;
Cross Product Solution
Determine Miller indices of vectors along edge of plane.
VA := <Points[2,1]-Points[1,1],Points[2,2]-Points[1,2],Points[2,3]-Points[1,3]>;
VB := <Points[3,1]-Points[1,1],Points[3,2]-Points[1,2],Points[3,3]-Points[1,3]>;
Take cross products of vectors.
CrossProduct(VA,VB);
The plane is shown in the picture below. In order to have the correct answer to this question, you
must label the x, y, and z axes correctly using the right hand rule and put the plane in the proper
quadrant of the x, y, z axes.