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

Question 18

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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 $\vec{F}$ be the gradient vector field of f, i.e., $\vec{F}=\text { gradf }$ Which of the vector fields show $\vec { F } ?$

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

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

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

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