f. Solve for the kinetic energy of the block as it passes position x = 0. g. On the grid below make a graph of the position of the block as a function of time for two oscillations. Begin at time t = 0 when the block is released. Label each axis with the variable and the unit. On the y-axis place the numerical values of any maxima and minima. On the x- axis place the numerical value for the time at the end of each period. h. On the grid below make a graph of the velocity of the block as a function of time for two oscillations. Label each axis with the variable and the unit. On the y-axis place the numerical values of any maxima and minima. On the x-axis place the numerical values for the time at the end of each period. i. On the grid below make a graph of the acceleration of the block as a function of time for two oscillations. Label each axis with the variable and the unit. On the y-axis place the numerical values of any maxima and minima. On the x-axis place the numerical values for the time at the end of each period