To model these reactions : dni dt :ODE, --x, Nocti Model / dna 0 x, Noct) - X₂ N₂(t):OPE2 dt i ODE} dN3 -X₂ Nzct! dt N.

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answerhappygod
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To model these reactions : dni dt :ODE, --x, Nocti Model / dna 0 x, Noct) - X₂ N₂(t):OPE2 dt i ODE} dN3 -X₂ Nzct! dt N.

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To Model These Reactions Dni Dt Ode X Nocti Model Dna 0 X Noct X N T Ope2 Dt I Ode Dn3 X Nzct Dt N 1
To Model These Reactions Dni Dt Ode X Nocti Model Dna 0 X Noct X N T Ope2 Dt I Ode Dn3 X Nzct Dt N 1 (78.06 KiB) Viewed 50 times
To Model These Reactions Dni Dt Ode X Nocti Model Dna 0 X Noct X N T Ope2 Dt I Ode Dn3 X Nzct Dt N 2
To Model These Reactions Dni Dt Ode X Nocti Model Dna 0 X Noct X N T Ope2 Dt I Ode Dn3 X Nzct Dt N 2 (89.99 KiB) Viewed 50 times
solve home work by model
To model these reactions : dni dt :ODE, --x, Nocti Model / dna 0 x, Noct) - X₂ N₂(t):OPE2 dt i ODE} dN3 -X₂ Nzct! dt N. cod=No, N2 (0)=0, N3 (0)=0 : Ic's

Nicol=No, N2(o)=0 , N2.(0)=o. Na(o)=0 : Ic's How]: show that the solution of above Model (1) -xt is given by : Nict!= No e € Na Ctl = Ni No [ ext_exat] N3 (6) = No [ltri ekst iz exit] - where Ni= XL and No: and N2=X2 -xi X2-X1 X2-x,
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