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The Figure Below Shows the Contour Map of a Function F\vec{F}

Question 39

Multiple Choice

The figure below shows the contour map of a function z = f(x, y) .  The figure below shows the contour map of a function z = f(x, y) .   Let  \vec{F}  be the gradient vector field of f, i.e.,  \vec{F}=\text { gradf }  Which of the vector fields show  \vec { F } ?  A)    B)    C)    Let F\vec{F} be the gradient vector field of f, i.e., F= gradf \vec{F}=\text { gradf } Which of the vector fields show F?\vec { F } ?


A)  The figure below shows the contour map of a function z = f(x, y) .   Let  \vec{F}  be the gradient vector field of f, i.e.,  \vec{F}=\text { gradf }  Which of the vector fields show  \vec { F } ?  A)    B)    C)
B)  The figure below shows the contour map of a function z = f(x, y) .   Let  \vec{F}  be the gradient vector field of f, i.e.,  \vec{F}=\text { gradf }  Which of the vector fields show  \vec { F } ?  A)    B)    C)
C)  The figure below shows the contour map of a function z = f(x, y) .   Let  \vec{F}  be the gradient vector field of f, i.e.,  \vec{F}=\text { gradf }  Which of the vector fields show  \vec { F } ?  A)    B)    C)

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