Given, initial velocity in the y-direction, vi=2.88 m/s
The acceleration of the runner, a=0.350 m/s²
The angle at which she is running, θ=-52.0°
The x-component of the acceleration is

On substituting the known values,

And the y-component of the acceleration is,

On substituting the known values,

We can see that only table B has these values.
Therefore the correct answer is option B