Suppose the vector field $\vec { F } ( x , y )$ represents an ocean current and that $\vec { r } ( t ) = 8 \cos t \vec { i } + 9 t \sin t \vec { j }$ is a flow line of $\vec{F}$ Find the acceleration vector of the flow line at (0, 9 $\pi$/2).

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The Answer of Suppose the vector field $\vec { F } ( x , y )$ represents an ocean current and that $\vec { r } ( t ) = 8 \cos t \vec { i } + 9 t \sin t \vec { j }$ is a flow line of $\vec{F}$ Find the acceleration vector of the flow line at (0, 9 $\pi$/2).

Suppose the Vector Field F⃗(x,y)\vec { F } ( x , y )F(x,y)

Suppose the Vector Field $\vec { F } ( x , y )$