Problem $04\mathrm{.}023-$ Acceleration of fluid particles in two$-$dimensional velocity field

A steady, incompressible, two$-$dimensional $($in the $x-y$ plane$)$ velocity field is given by vec$(V)=(0\mathrm{.}523-1\mathrm{.}88x+3\mathrm{.}94y)vec(i)+(-2\mathrm{.}44+1\mathrm{.}26x+1\mathrm{.}88y)vec(j).$ Calculate the acceleration at the point $(x,y)=(1\mathrm{.}000,2\mathrm{.}500).($Round the final answers to three decimal places. Include a minus sign if necessary.$)$

The acceleration components are

$a_x=$

$+$

$|x||$

$a_y=$

$+$

$y$

Acceleration components at $(1\mathrm{.}000,2\mathrm{.}500)$ are

$a_x=$

$a_y=$