Difference between revisions of "Intersect Command"

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;Intersect[Function f, Function g, left-x, right-x]
 
;Intersect[Function f, Function g, left-x, right-x]
 
:Calculates the intersection points for the two functions in the given interval.  
 
:Calculates the intersection points for the two functions in the given interval.  
{{Note| Also see tool [[Intersect Two Objects Tool|Intersect Two Objects]].}}
+
{{Note| Also see tool [[Image:Tool Intersect Two Objects.gif]] [[Intersect Two Objects Tool|Intersect Two Objects]].}}

Revision as of 13:50, 27 July 2011


Intersect[Line g, Line h]
Yields the intersection point of lines g and h.
Intersect[Line, Conic]
Yields all intersection points of the line and conic section (max. 2).
Intersect[Line, Conic, Number n]
Yields the nth intersection point of the line and the conic section.
Intersect[Conic c1, Conic c2]
Yields all intersection points of conic sections c1 and c2 (max. 4).
Intersect[Conic c1, Conic c2, Number n]
Yields the nth intersection point of conic sections c1 and c2.
Intersect[Polynomial f1, Polynomial f2]
Yields all intersection points of polynomials f1 and f2.
Intersect[Polynomial f1, Polynomial f2, Number n]
Yields the nth intersection point of polynomials f1 and f2.
Intersect[Polynomial, Line]
Yields all intersection points of the polynomial and the line.
Intersect[Polynomial, Line, Number n]
Yields the nth intersection point of the polynomial and the line.
Intersect[Function f, Function g, Point A]
Calculates the intersection point of functions f and g by using Newton's method with initial point A.
Intersect[Function, Line, Point A]
Calculates the intersection point of the function and the line by using Newton's method with initial point A.
Intersect[Function f, Function g, left-x, right-x]
Calculates the intersection points for the two functions in the given interval.
Note: Also see tool Tool Intersect Two Objects.gif Intersect Two Objects.
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