deSolve()
Catalog >
deSolve(2ndOrderODE and initCond1 and
initCond2, Var, depVar)
⇒ particularsolution
Returns a particular solution that satisfies
2nd Order ODE and has a specified value
of the dependent variable and its first
derivative at one point.
For initCond1, use the form:
depVar (initialIndependentValue) =
initialDependentValue
For initCond2, use the form:
depVar (initialIndependentValue) =
initial1stDerivativeValue
deSolve(2ndOrderODE and bndCond1 and
bndCond2, Var, depVar)
⇒ aparticularsolution
Returns a particular solution that satisfies
2ndOrderODE and has specified values at
two different points.
det()
Catalog >
det(squareMatrix[, Tolerance]) ⇒
expression
Returns the determinant of squareMatrix.
Optionally, any matrix element is treated as
zero if its absolute value is less than
Tolerance. This tolerance is used only if the
matrix has floating-point entries and does
not contain any symbolic variables that
have not been assigned a value. Otherwise,
Tolerance is ignored.
• If you use /· or set the Auto or
Approximate mode to Approximate,
Alphabetical Listing 55