lab6 - 1 1 applied T f F M a =-The force applied is equal...

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Physics 310 Experiment 6 Newton’s Second Law DATA SHEET Name: _________________ Date: ___________ Prediction 1. What happens to an object when you apply a net force to it? When you apply a net force to an object it accelerates in the direction of the net force. 2. What happens to the motion of an object if it has a constant mass but you change the magnitude of the net force on it? If you change the magnitude of the net force on an object it will accelerate proportion to the net force, and will either increase or decrease. 3. Paste the velocity-time graph of your data showing the four fits 4. Data Table 1 Item Mass (kg) Run #1: Total mass of cart, paper clip and one 0.109 Phys310 Lab Page 1 Experiment 6
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Physics 310 Experiment 6 continued quarter(M T1 ): Run #2: Total mass of cart, paper clip and two quarters(M T2 ): 0.114 Run #3: Total mass of cart, paper clip and three quarters(M T3 ): 0.120 Run #4: Total mass of cart, paper clip and four quarters (M T4 ): 0.126 5. Data Table 2 Run Acceleration (m/s 2 ) .308 .715 a 3 1.17 a 4 1.49 6. Calculation of the frictional force (show your work)
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Unformatted text preview: 1 1 applied T f F M a =-The force applied is equal to the weight of the hanger and is 6.67*9.8=65.37N The total mass is equal to 109 as stated above and the acceleration was found to be .308. 65.37-(109*.308)= 31.79 f = _31.79_N Phys310 Lab Page 2 Experiment 6 Physics 310 Experiment 6 continued 7. Data Table 3 Run Hanging mass (kg) F applied (N)= m H g F net (N)=F applied-f #2 0.0118 #3 0.0175 #4 0.0231 8. Data Table 4 Run Acc., theory (m/s 2 )= F net / M T Acc., exp. (m/s 2 ) % difference #2 #3 #4 Questions 9. Why did the slope change for each run? 10. For runs #2, #3, #4, what did you observe about the slope of the Linear Fit as the net force increased? 11. What are the units for the slope for each graph? Explain. 12. What happens to an objects acceleration if the net force applied to the object is increased but the objects mass remains constant? Phys310 Lab Page 3 Experiment 6...
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lab6 - 1 1 applied T f F M a =-The force applied is equal...

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