Suppose a vector field $\vec { G }$ is always perpendicular to the normal vector at each point of a surface S.What is the value of $\dot { \mathrm { Q } } { \vec { G } } \times \vec { d A } ?$

Question

Suppose a vector field $\vec { G }$ is always perpendicular to the normal vector at each point of a surface S.What is the value of $\dot { \mathrm { Q } }   { \vec { G } } \times \vec { d A } ?$

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The Answer of Suppose a vector field $\vec { G }$ is always perpendicular to the normal vector at each point of a surface S.What is the value of $\dot { \mathrm { Q } }   { \vec { G } } \times \vec { d A } ?$

Suppose a Vector Field G⃗\vec { G }G Is Always Perpendicular to the Normal Vector at Each Point

Suppose a Vector Field $\vec { G }$ Is Always Perpendicular to the Normal Vector at Each Point