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Find an equation for the plane tangent to the cone r(r,0) = (r cos 0) i+ (r sin 0) j + rk, r20, 050=2x, at
Find an equation for the plane tangent to the cone r(r,0) = (r cos 0) i+ (r sin 0) j + rk, r20, 050=2x, at the point Po (v/3,1,2) corresponding to (r,0) = |2.~ Then find a Cartesian equation for the surface and sketch the surface and tangent plane together. i Click here for more information about the plane tangent to a parametrizat The tangent plane at a point Po(x,y,z) on a parametrization cos 0)i + (r sin ()j + r k is the plane through Po normal to the vector r, xro, the cross product of the tangent vectors at Po What is the equation of the tangent plane? (Type an expression using x, y, and z as the variables. Type an exact answer, using radicals as needed.) X Tangent plane info The tangent plane at a point P (Xo.Yo.Zo ) that corresponds to the parametriza point P (o.0 ) on a parametrization = f(r,0)i + g(r,0)j + h(r,0)k is the plane through P normal to the vector r, xre, where r, x re is evaluated at the point P (ro.0) Print Done
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