Sponsored links: Algebra eBooks
 

Help Index

A

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

The Maxima on-line user's manual

Algebra Calculator

Search:

Integration_constant Calculator

Integration_constant

-- System variable: integration_constant Default value: %c

When a constant of integration is introduced by indefinite integration of an equation, the name of the constant is constructed by concatenating integration_constant and integration_constant_counter.

integrate (x^2 = 1, x);
 integration_constant :

integration_constant may be assigned any symbol.

Examples:

          (%i1) integrate (x^2 = 1, x);
                                     3
                                    x
          (%o1)                     -- = x + %c1
                                    3
          (%i2) integration_constant : k;
          (%o2)                           k
          (%i3) integrate (x^2 = 1, x);
                                      3
                                     x
          (%o3)                      -- = x + k2
                                     3

There are also some inexact matches for integration_constant. Try ?? integration_constant to see them.

(%o1)                                true
(%i2) 

Integration_constant Example

Related Examples

constant-declare-exp

declare(d, constant);

declare(n, constant);

y(x)=exp(-(x/d)^n);

Calculate

constant-declare-diff-expand-solve

declare(a, constant);

diff(a*(diff(b(t), t)...

expand(%);

Calculate

constant-cos-declare-derivabbrev-diff-mainvar-sin-solve-true

derivabbrev:true ;

declare (t, mainvar);

declare (m, constant);

Calculate

constant-declare-solve

declare([n,R,a,b],con...

solve(P=n*R*T/(V-n*b)...

Calculate

constant-cos-declare-factorout-globalsolve-realonly-rhs-sin-true

globalsolve: true;

realonly: true;

/* Standard (x,y)->...

Calculate

constant-cos-declare-integrate-sin-solve

declare(A, constant);

declare(C, constant);

dgtr(theta):=(C)/((A^...

Calculate

constant-cos-declare-diff-sin-solve

x(t) := r(t) * sin(th...

y(t) := r(t) * cos(th...

declare (m,constant);

Calculate

constant-cos-declare-integrate-sin-solve

declare(A, constant);

declare(C, constant);

dgtr(theta):=(C)/((A^...

Calculate

constant-declare-diff

declare(Uin,constant);

declare(L,constant);

declare(C,constant);

Calculate

constant-cos-declare-ratsimp-ratsubst-solve-sqrt

declare(C, constant);

declare(P, constant);

declare(l, constant);

Calculate