Newton’s Second Law

Lab 7: nitrogens Second judge Newtons Second Law Purpose: To tug the pictorial and mathematical relationship among the Net great powers applied to an conclusioneavor lens, its galvanic pile and quickening. Variables: Independent: -Hanging mass Dependent: -speedup - nucleus pulling on pram Materials: * * Dynamic carriage with pegs * troops sensing element * performance Detector * Computer with fella master key * Lab Pro * slope with Pulley * Mass Sets * withdraw Procedure: 1. Assemble the Ramp and pulley system as shown. Attach proper length of String to the chock up Sensor, and add a loop at the opposite end for attachment of various weights. 2. Connect the lodge Sensor and Motion Detector to Computer and Logger Pro software. 3. Determine and evidence the Total Mass of the drop behind Force Sensor System. 4. run across the smallest p ossible mass that causes the cart to bucket along (Start with 40g). 5. kindling the cart smoothly from the same point on the ramp. file and repeat the procedure 5 more clock; increase the mass each time (up to 170g). 6. Determine the acceleration (slope of the velocity vs. time graph) and the Force ( Mean value of the Force vs. era graph) 7. Complete the info Table. 8. Graph the relationship between Acceleration (y-axis) and Force (x-axis) 9.

Determine the mathematical relationship (linear) Newtons 2nd Law Apparatus setup (Note: the Force Sensor between the cart & string is non shown) ! Evaluation of Data Data Table Mass(g)| Force (N)| Acceleration (m/s2)| 40| 0.360| 0.505| 90| 0.554| 1.111| 100| 0.717| 1.191| 120| 0.971| 1.572| 150| 1.170| 1.672| 170| 1.29| 1.966| Mass of the Cart Sensor System: 514 + 119.35 = 633.35 kg Graphs Graph Comments For every 1N of force applied, the object will accelerate 1.492m/s^2...If you want to get a full essay, order it on our website: BestEssayCheap.com

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