Physics

ACceleration Lab#1 - quickening bundle an Incline Purpose: To earn the acceleration of an object bulge feather an incline using graphing techniques. machine: -power Supply -sparker -tickertape - prison term aim -graph paper -tape - pull - accustomed ramp Procedure 1. Cut show up tickertape, 1 meter in length 2. tape-recorded tickertape onto cheek empennage of lineage track. 3. Set up baby buggy on authorise of air track. 4. Held meter continue in front of cart 5. scrub on power generate for sparkplug 6. Turned on vacuity for air track 7. Moved meter stick away from cart so it can freely slide 8. press down on sparkplug to complete circuit and dress sparks on side of cart 9. go-cart moves swiftly down ramp, whilst devising label onto tickertape 10. Turned hoover and power supply off 11. take tickertape from side bottom of air track. 12. Recorded observations down in flurry of values on graphing paper Observations: Data was recorded and observed. | acceleration down an Incline | |t(s) |d(cm) |X |V(cm/s) | |0 |0 |- |- | |0.5 |6.1 |6.1 |123 | |0.1 |12.3 |6.2 |126 | |0.15 |18.7 |6.4 |129 | |0.2 |25.2 |6.5 |132 | |0.25 |31.9 |6.7 |136 | |0.3 |38.8 |6.9 |141 | |0.

35 |46 |7.2 |gross | |0.4 |53.2 |7.2 |146 | |0.45 |60.6 |7.4 |150 | |0.5 |68.2 |7.6 |236 | |0.55 |84.2 |16 |240 | |0.6 |92.2 |8 |162 | |0.65 |100.4 |8.2 |- | Analysis: windup: A= (V2-V1)/T =162-123/0.6 = 65m/s^2 The acceleration of the cart going down the inclined ramp was 65m/s^2. This shows that this agrees with the...If you want to get a full phase of the moon on essay, order it on our website: Ordercustompaper.com

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