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eigenvals
eigenvects
eigVc
eigVl
element
ellipse
ELSE
END
equilateral_
triangle
346
The polynomials can be provided in symbolic form or as lists.
Without a third argument, it is assumed that the polynomials
are expressions of x. With a variable as third argument, the
polynomials are expressions of it.
egcd((Poly or Lst(A)),(Poly or Lst(B)),[Var])
Returns the sequence of eigenvalues of a matrix.
eigenvals(Mtrx)
Returns the eigenvectors of a diagonalizable matrix..
eigenvects(Mtrx)
Returns the eigenvectors of a diagonalizable matrix.
eigVc(Mtrx)
Returns the Jordan matrix associated with a matrix when the
eigenvalues are calculable.
eigVl(Mtrx)
Shows a point on a curve or a real in an interval.
element((Curve or Real_interval),(Pnt or
Real))
With three points (F1, F2, and M) as arguments, draws an
ellipse with foci at F1 and F2 that passes though M. With two
points and a real (F1, F2, and a) as arguments, draws an
ellipse with foci at F1 and F2 that passes through point M such
that MF1+MF2=2a. With one second degree polynomial
p(x,y) as argument, draws the ellipse defined when the
polynomial is set to equal 0.
ellipse(Pnt(F1),Pnt(F2),(Pnt(M) or Real(a))
or
ellipse(p(x,y))
Used in programming to introduce the false clause in a
conditional statement.
Used in programming to end a set of statements that should
be taken as a single statement.
With three arguments, draws the equilateral triangle ABC of
side AB. With four arguments, draws the equilateral triangle
ABC in the plane ABP.
equilateral_triangle((Pnt(A) or Cplx),(Pnt(B)
or Cplx),[Pnt(P)],[Var(C)])
Functions and commands
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