glider_no_drag - dv=-sin(theta dx=cos(theta dy =sin(theta...

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function dw = glider_no_drag(t,w) v=1; theta=pi./2; v0=1; theta=w(1,:); v=w(2); x=w(3); y=w(4); dtheta=((v.^2-cos(theta)))./v;
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Unformatted text preview: dv=-sin(theta); dx=cos(theta); dy =sin(theta); dw = [dx; dy; dtheta; dv;]; end...
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This note was uploaded on 03/22/2012 for the course ENGINEERIM 1000 taught by Professor Ee during the Spring '12 term at Vermont Tech.

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