function basic

K=0.2; n=0.3; lam=0.1;

%Defining parameters

sol1 = bvpinit(linspace(0,6,300),[0 0 0 0 0]);

sol = bvp4c(@bvp2D, @bc2D, sol1);

x = sol.x;

y = sol.y;

%%% Plotting of the velocity

figure (1)

plot(x, y(2, 🙂 ,’linewidth’, 1.5);

hold on

xlabel(‘eta’, ‘fontweight’, ‘bold’, ‘fontsize’, 16)

ylabel(‘f^{prime}(eta)’, ‘fontweight’, ‘bold’, ‘fontsize’, 16)

%% Residual of the boundary conditions

function residual = bc2D(y0, yinf)

residual=[y0(1); y0(2) – 1; y0(4)+n*y0(3); yinf(2)-lam; yinf(4)];

end

%% System of First Order ODEs

function yvector = bvp2D(~,y)

yy1 =(1/(1+K))*(-y(1)*y(3)+y(2)^2-K*y(5)-lam^2);

yy2 =(2/(2+K))*(-y(1)*y(5)+y(2)*y(4)+K*(2*y(4)+y(3)));

yvector = [y(2);y(3);yy1; y(5); yy2];

end

end
i want to plot this graph in 3D, how can I?function basic

K=0.2; n=0.3; lam=0.1;

%Defining parameters

sol1 = bvpinit(linspace(0,6,300),[0 0 0 0 0]);

sol = bvp4c(@bvp2D, @bc2D, sol1);

x = sol.x;

y = sol.y;

%%% Plotting of the velocity

figure (1)

plot(x, y(2, 🙂 ,’linewidth’, 1.5);

hold on

xlabel(‘eta’, ‘fontweight’, ‘bold’, ‘fontsize’, 16)

ylabel(‘f^{prime}(eta)’, ‘fontweight’, ‘bold’, ‘fontsize’, 16)

%% Residual of the boundary conditions

function residual = bc2D(y0, yinf)

residual=[y0(1); y0(2) – 1; y0(4)+n*y0(3); yinf(2)-lam; yinf(4)];

end

%% System of First Order ODEs

function yvector = bvp2D(~,y)

yy1 =(1/(1+K))*(-y(1)*y(3)+y(2)^2-K*y(5)-lam^2);

yy2 =(2/(2+K))*(-y(1)*y(5)+y(2)*y(4)+K*(2*y(4)+y(3)));

yvector = [y(2);y(3);yy1; y(5); yy2];

end

end
i want to plot this graph in 3D, how can I? function basic

K=0.2; n=0.3; lam=0.1;

%Defining parameters

sol1 = bvpinit(linspace(0,6,300),[0 0 0 0 0]);

sol = bvp4c(@bvp2D, @bc2D, sol1);

x = sol.x;

y = sol.y;

%%% Plotting of the velocity

figure (1)

plot(x, y(2, 🙂 ,’linewidth’, 1.5);

hold on

xlabel(‘eta’, ‘fontweight’, ‘bold’, ‘fontsize’, 16)

ylabel(‘f^{prime}(eta)’, ‘fontweight’, ‘bold’, ‘fontsize’, 16)

%% Residual of the boundary conditions

function residual = bc2D(y0, yinf)

residual=[y0(1); y0(2) – 1; y0(4)+n*y0(3); yinf(2)-lam; yinf(4)];

end

%% System of First Order ODEs

function yvector = bvp2D(~,y)

yy1 =(1/(1+K))*(-y(1)*y(3)+y(2)^2-K*y(5)-lam^2);

yy2 =(2/(2+K))*(-y(1)*y(5)+y(2)*y(4)+K*(2*y(4)+y(3)));

yvector = [y(2);y(3);yy1; y(5); yy2];

end

end
i want to plot this graph in 3D, how can I? bvp4c, 2d plotting, 3d plotting MATLAB Answers — New Questions

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