In physics, velocity can be defined as velocity $=$ change in position $/$ time and a change in position can be defined as pChange $=$ pFinal $-$ pStart. Fill in the blanks below so that the method findPositionChange$()$ is called within findVelocity$().$

Sample Output:

If System.out.println$($findVelocity$(0,100,10))$; is printed, then the output will be $10\mathrm{.}0.$

Fill in the blanks in the below code :

public static $------$ findPosition$($double pStart, double pFinal$)\{$

double pChange $=-$fill in the blank$-------$ fill in the blank;

return fill in the blanks; $\}$

public static double findVelocity$($double pStart, double pFinal, doubble time$)\{$

return fill in the blanks$($ pStart,pFinal$)/$ fill in the blanks ;

$\}$