By Shalosh B. Ekhad and Doron Zeilberger

• A plot of the solution with a₀(t)=1, a₁(t)=t, a₂(t)=t/8

• A plot of the solution with a₀(t)=1, a₁(t)=t, a₂(t)=t

• A plot of the solution with a₀(t)=1, a₁(t)=t^2, a₂(t)=t

• A plot of the solution with a₀(t)=1, a₁(t)=t^3, a₂(t)=t^2

• A plot of the solution with a₀(t)=1, a₁(t)=t^4, a₂(t)=t^2

• A plot of the solution with a₀(t)=1, a₁(t)=t, a₂(t)=t^7

• A plot of the solution with a₀(t)=1, a₁(t)=t^3, a₂(t)=t^7

• A plot of the solution with a₀(t)=1, a₁(t)=t^7, a₂(t)=1+t^7

• A plot of the solution with a₀(t)=1, a₁(t)=t, a₂(t)=exp(t)

• A plot of the solution with a₀(t)=1, a₁(t)=t^5, a₂(t)=t^10

• A plot of the solution with a₀(t)=1, a₁(t)=t^6, a₂(t)=t^4

• A plot of the solution with a₀(t)=1, a₁(t)=sin(t)^2, a₂(t)=cos(t)^2

• A plot of the solution with a₀(t)=1, a₁(t)=sech(t)^2, a₂(t)=sech(t)^2

• A plot of the solution with a₀(t)=exp(t), a₁(t)=t , a₂(t)=t

• A plot of the solution with a₀(t)=1, a₁(t)=t^7, a₂(t)=t^7

• A plot of the solution of the KdV equation, u(x,t)= sech(x-4t)^2

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