Time	Position	Velocity	Acceleration
0	0.241701	0.079236	0.801091339
0.04	0.245531	0.112872	0.846853781
0.08	0.250673	0.147698	0.860520833
0.12	0.257299	0.183313	0.834966242
0.16	0.26553	0.214717	0.80523341
0.2	0.274485	0.245906	0.81647039
0.24	0.285097	0.27931	0.846224923
0.28	0.296778	0.314239	0.862002797
0.32	0.310237	0.349301	0.848720583
0.36	0.324748	0.383127	0.811527296
0.4	0.340985	0.414424	0.777898823
0.44	0.358084	0.442728	0.799974441
0.48	0.37615	0.476331	0.850712288
0.52	0.395786	0.516917	0.764608893
0.56	0.418166	0.542737	0.574646991
0.6	0.439803	0.555509	0.550373264
0.64	0.462045	0.579461	0.702544367
0.68	0.485787	0.613503	0.830553627
0.72	0.511169	0.648593	0.875507813
0.76	0.537345	0.689069	0.772747396
0.8	0.566868	0.715867	0.54442419
0.84	0.595286	0.726928	0.434427083
0.88	0.624516	0.746474	0.426445795
0.92	0.655126	0.763101	0.400361208
0.96	0.68577	0.776616	0.420589796
1	0.717001	0.795349	0.463685378
1.04	0.749302	0.815844	0.460450424
1.08	0.78238	0.834235	0.410852141
1.12	0.816268	0.847726	0.372500965
1.16	0.850036	0.862837	0.369245274
1.2	0.88527	0.878835	0.367203414
1.24	0.920919	0.885365	0.531441454
1.28	0.955152	0.914194	0.847672164
1.32	0.993303	0.960854	0.995481289
1.36	1.032454	1.000713	0.976349344
1.4	1.073468	1.038445	0.937837095
1.44	1.115535	1.074424	0.921975309
1.48	1.159311	1.112301	0.925450424
1.52	1.20476	1.146938	0.971345968
1.56	1.250968	1.185115	1.09823206
1.6	1.298643	1.240719	1.091897666
1.64	1.350822	1.282971	1.113679109
1.68	1.402621	1.299838	2.478408083
1.72	1.453678	1.345234	8.509609375
1.76	1.508306	1.738211	19.17139902
1.8	1.568042	2.701179	29.27289545
1.84	1.632955	5.294576	11.11387153

Make a graph of the position and the velocity.

Add trendlines to each polynomial (degree 2) and linear lines, respectively.

Display the equations on the chart and find the information.

Use the Average tool for the acceleration.

Show your results by filling in the table below and then answering the two questions.

Source	Acceleration
Position
Velocity
Acceleration

Q1)Do the values for acceleration agree with each other?

Q2) Which result do you expect is most precise?