Difference between revisions of "NSolutions Command"

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(wrong syntax fixed)
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:Finds a numeric solution to an equation for a given unknown variable.
 
:Finds a numeric solution to an equation for a given unknown variable.
 
:{{example|1=<div><code><nowiki>NSolutions[a^4 + 34a^3 - 34, a]</nowiki></code> yields '' {0.9904738886662206}''.</div>}}
 
:{{example|1=<div><code><nowiki>NSolutions[a^4 + 34a^3 - 34, a]</nowiki></code> yields '' {0.9904738886662206}''.</div>}}
 +
:{{note| 1=It is optional to give the starting point like ''a=3''.}}
 
;NSolutions[ <List of Equations>, <List of Variables> ]
 
;NSolutions[ <List of Equations>, <List of Variables> ]
 
:Finds a numeric solution to a set of equations for a given set of unknown variables.
 
:Finds a numeric solution to a set of equations for a given set of unknown variables.

Revision as of 10:38, 26 August 2011


This command works in CAS View only.

NSolutions[ <Equation> ]
Finds a numeric solution for a given equation for the variable x.
Example:
NSolutions[cos(x) = x] yields {0.7390851332151606}.
NSolutions[ <Equation>, <Variable> ]
Finds a numeric solution to an equation for a given unknown variable.
Example:
NSolutions[a^4 + 34a^3 - 34, a] yields {0.9904738886662206}.
Note: It is optional to give the starting point like a=3.
NSolutions[ <List of Equations>, <List of Variables> ]
Finds a numeric solution to a set of equations for a given set of unknown variables.
Example:
NSolutions[{π / x = cos(x - 2y), 2 y - π = sin(x)}, {x=3, y=1.5}] yields {3.141592651686591, 1.570796327746508}.
Note: It is optional to give the starting point like {x=3, y=1.5}.
Note:
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