please answer Question #7, the red text explains how to answer it

Using the graphs, record data for the push in the positive position: Positiv Negativ TA Area velocity 0.03332s T^= 0.3665s X=0.01252m/ X^= x^=0.1094m 0.9593m t-=6.664s t~= 6.0315 Velocity slope X~=0.1792m T = 2.033s X = -0.176m/ T2seconds T = 1.933s X = 0.206m/ ? QUESTION 7: Is the data above consistent with your version of the model? Justify your answer. (Include calculations!) 071) Please try to use ti = 0.0332s as the initial point, find corresponding xi and vo Then use the tf = 2.033s as the final point, find corresponding xf. Then find acceleraton a. 4) calculate time interval t = tf-ti, measured displacement between these two points d = x-xi-> measured 3) from your model d = (vo)t + (1/2)(a)(1)^2, calculate the displacement --> calculated d from model 4) compare calculated d with measured by calculating PD, answer Q7. 08. 1) for t = 2.033s, find the slope of position-time graph| and velocity of velocity-time graph. 2) compare both by calculate PD. for the negative push, need to estimate the velocity at t=2.033s, don't use the one given for t=1.933 s Using the graphs, record data for the push in the positive position: Positiv Negativ TA Area velocity 0.03332s T^= 0.3665s X=0.01252m/ X^= x^=0.1094m 0.9593m t-=6.664s t~= 6.0315 Velocity slope X~=0.1792m T = 2.033s X = -0.176m/ T2seconds T = 1.933s X = 0.206m/ ? QUESTION 7: Is the data above consistent with your version of the model? Justify your answer. (Include calculations!) 071) Please try to use ti = 0.0332s as the initial point, find corresponding xi and vo Then use the tf = 2.033s as the final point, find corresponding xf. Then find acceleraton a. 4) calculate time interval t = tf-ti, measured displacement between these two points d = x-xi-> measured 3) from your model d = (vo)t + (1/2)(a)(1)^2, calculate the displacement --> calculated d from model 4) compare calculated d with measured by calculating PD, answer Q7. 08. 1) for t = 2.033s, find the slope of position-time graph| and velocity of velocity-time graph. 2) compare both by calculate PD. for the negative push, need to estimate the velocity at t=2.033s, don't use the one given for t=1.933 s