- #1
icystrike
- 445
- 1
[tex]\frac{d\mu }{dt}=-\left( kx\right) \left( \frac{\mu _{m}^{3}-\mu ^{2}\mu
_{m}}{\mu ^{2}+\mu _{m}^{2}-2\mu \mu _{m}+\mu ^{2}K_{s}}\right) [/tex]
[tex]
\frac{dx}{dt}=\mu x [/tex]
Any method for me to solve the pair of nonlinear equations or numerical graph of the differential equation.
*[tex]\mu_{m}[/tex] and [tex] K_{s}[/tex] are constants.
_{m}}{\mu ^{2}+\mu _{m}^{2}-2\mu \mu _{m}+\mu ^{2}K_{s}}\right) [/tex]
[tex]
\frac{dx}{dt}=\mu x [/tex]
Any method for me to solve the pair of nonlinear equations or numerical graph of the differential equation.
*[tex]\mu_{m}[/tex] and [tex] K_{s}[/tex] are constants.