A cart of mass 240 gr goes down a ~2° inclined plane with very little friction. Based on the recorded speed (provided in the image) from t=0 at the top of the incline until it reaches the bottom of the plane (t=5.7), describe and discuss (be specific) the type(s) of motion, acceleration etc.Note: to reduce the image length, data has been divided and continued horizontally. All data provided is for the single run described above. Time (s)Speed (m/s) Time (s)Speed (m/s) Time (s)Speed (m/s) Time (s)Speed (m/s) Time (s)Speed (m/s)0.050.0021.250.1622.450.1843.650.1864.850.1880.10.0061.30.1642.50.1853.70.1874.90.1880.150.0161.350.1662.550.1853.750.1874.950.1880.20.0281.40.1682.60.1863.80.18850.1880.250.0421.450.172.650.1863.850.1885.050.1870.30.0541.50.1722.70.1873.90.1875.10.1860.350.0651.550.1732.750.1883.950.1865.150.1860.40.0761.60.1752.80.18840.1865.20.1860.450.0841.650.1772.850.1874.050.1865.250.1860.50.0921.70.1782.90.1864.10.1865.30.1860.550.0991.750.1792.950.1864.150.1865.350.1860.60.1061.80.17930.1854.20.1865.40.1860.650.1121.850.1793.050.1854.250.1865.450.1860.70.1181.90.1793.10.1864.30.1875.50.1860.750.1241.950.1793.150.1874.350.1875.550.1850.80.13120.1813.20.1884.40.1885.60.1840.850.1352.050.1823.250.1884.450.1885.650.1820.90.142.10.1833.30.1884.50.1885.70.1820.950.1442.150.1843.350.1884.550.18710.1492.20.1853.40.1874.60.1861.050.1532.250.1853.450.1874.650.1861.10.1562.30.1853.50.1864.70.1861.150.1592.350.1853.550.1864.750.1871.20.162.40.1843.60.1864.80.188

Name: A cart of mass 240 gr goes down a ~2° inclined plane with very little
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Description: A cart of mass 240 gr goes down a ~2° inclined plane with very little friction. Based on the recorded speed (provided in the image) from t=0 at the top of the incline until it reaches the bottom of the plane (t=5.7), describe and discuss (be specific

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Author:Paul Peter Urone, Roger Hinrichs

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Chapter1: Introduction: The Nature Of Science And Physics

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Problem 2PE: A car is traveling at a speed of 33 m/s. (a) What is its speed in kilometers per hour? (b) Is it...

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A cart of mass 240 gr goes down a ~2° inclined plane with very little friction. Based on the recorded speed (provided in the image) from t=0 at the top of the incline until it reaches the bottom of the plane (t=5.7), describe and discuss (be specific) the type(s) of motion, acceleration etc.

Note: to reduce the image length, data has been divided and continued horizontally. All data provided is for the single run described above.

Time (s)
Speed (m/s) Time (s)
Speed (m/s) Time (s)
Speed (m/s) Time (s)
Speed (m/s) Time (s)
Speed (m/s)
0.05
0.002
1.25
0.162
2.45
0.184
3.65
0.186
4.85
0.188
0.1
0.006
1.3
0.164
2.5
0.185
3.7
0.187
4.9
0.188
0.15
0.016
1.35
0.166
2.55
0.185
3.75
0.187
4.95
0.188
0.2
0.028
1.4
0.168
2.6
0.186
3.8
0.188
5
0.188
0.25
0.042
1.45
0.17
2.65
0.186
3.85
0.188
5.05
0.187
0.3
0.054
1.5
0.172
2.7
0.187
3.9
0.187
5.1
0.186
0.35
0.065
1.55
0.173
2.75
0.188
3.95
0.186
5.15
0.186
0.4
0.076
1.6
0.175
2.8
0.188
4
0.186
5.2
0.186
0.45
0.084
1.65
0.177
2.85
0.187
4.05
0.186
5.25
0.186
0.5
0.092
1.7
0.178
2.9
0.186
4.1
0.186
5.3
0.186
0.55
0.099
1.75
0.179
2.95
0.186
4.15
0.186
5.35
0.186
0.6
0.106
1.8
0.179
3
0.185
4.2
0.186
5.4
0.186
0.65
0.112
1.85
0.179
3.05
0.185
4.25
0.186
5.45
0.186
0.7
0.118
1.9
0.179
3.1
0.186
4.3
0.187
5.5
0.186
0.75
0.124
1.95
0.179
3.15
0.187
4.35
0.187
5.55
0.185
0.8
0.131
2
0.181
3.2
0.188
4.4
0.188
5.6
0.184
0.85
0.135
2.05
0.182
3.25
0.188
4.45
0.188
5.65
0.182
0.9
0.14
2.1
0.183
3.3
0.188
4.5
0.188
5.7
0.182
0.95
0.144
2.15
0.184
3.35
0.188
4.55
0.187
1
0.149
2.2
0.185
3.4
0.187
4.6
0.186
1.05
0.153
2.25
0.185
3.45
0.187
4.65
0.186
1.1
0.156
2.3
0.185
3.5
0.186
4.7
0.186
1.15
0.159
2.35
0.185
3.55
0.186
4.75
0.187
1.2
0.16
2.4
0.184
3.6
0.186
4.8
0.188

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