Hi there, I\'m trying to wrap up a conclusion for my physics lab report but I\'m

Question

Hi there,

I'm trying to wrap up a conclusion for my physics lab report but I'm having some trouble building a conclusion around this.

Please help! I got a discussion already but I don’t fully understand the conclusion besides in our data impulse and change in momentum are similar which I know is accurate because impulse should equal change in momentum but I know there is more to the lab experiment then just conclusion.

Computer 19 Look at the shape of the last force vs. time graph. Is the peak value of the force significantly different from the average force? Is there a way you much smaller force? 3. d deliver the same impulse with a 4. Revisit your answers to the Preliminary Questions in light of your work with the impulse- 5. When you use different elastic materials, what changes occurred in the shapes of the graphs? momentum theorem. Is there a correlation between the type of material and the shape? When you used a stiffer or tighter elastic material, what effect did this have on the duration of the impulse? What affect did this have on the maximum size of the force? Can you develop a general rule from these observations? 6. DATA TABLE Mass of cart 254.6 Trial Initial Average Duration Impulse Impulse Final Vt (m/s) VelocityVlocityFrce of Impulse (Integral) (FAt) Elasti Elastic 1 (m/s) (N-s) (N's) 1320 O123.53726 63s3-0.8831 1.S07 | ,26 | 0.3888|0,341 Elastic 2 tring with 514 17 -1,072 | 1.612 | .25 | 0.0761,YoYZ Trial Change in % difference between Impulse and Change in momentum from table above) (N-s) Elastic 1 (kgm is) or (N-s) (N-s) 0,12% 1.36 % 2 G. 3418 3865 Elastic 2 0.4 012 0. 3396 ,316 Writing Assignment: A complete lab report is due one week from today. Review the slides posted on MyCourses if you are not sure what needs to be included 19-4 Physics with Vernier

Explanation / Answer

Conclusion

Momentum is a quantity that describes an object's resistance to stopping (a kind of "moving inertia").

Impulse is a quantity that describes the effect of a net force acting on an object (a kind of "moving force").

After doing the experiment, we observed in the results that the impulse equals the change in momentum.

This is in compliance with the impulse-momentum theorem which states that the change in momentum of an object equals the impulse applied to it.

The impulse-momentum theorem is logically equivalent to Newton's second law of motion (the force law).

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