Find an equation of the tangent plane to the surface given by $\mathbf { r } ( u , v ) = ( u + v ) \mathbf { i } + u \cos v \mathbf { j } + v \sin u \mathbf { k }$ at the point $( 1,1,0 )$ .

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The Answer of Find an equation of the tangent plane to the surface given by $\mathbf { r } ( u , v ) = ( u + v ) \mathbf { i } + u \cos v \mathbf { j } + v \sin u \mathbf { k }$ at the point $( 1,1,0 )$ .

Find an Equation of the Tangent Plane to the Surface r(u,v)=(u+v)i+ucos⁡vj+vsin⁡uk\mathbf { r } ( u , v ) = ( u + v ) \mathbf { i } + u \cos v \mathbf { j } + v \sin u \mathbf { k }r(u,v)=(u+v)i+ucosvj+vsinuk

Find an Equation of the Tangent Plane to the Surface $\mathbf { r } ( u , v ) = ( u + v ) \mathbf { i } + u \cos v \mathbf { j } + v \sin u \mathbf { k }$