A essay on momentum.

Conservation of impetus Kristin Favreau October 26, 1999 Purpose: To show that caprice is maintain in a closed system by illustrating the conservation of impulse in an elastic striking and an inelastic collision. method acting: If pulse is conserved in a closed system, the bring pulse of the system sooner collision should equal the bring momentum of the system after the collision. Strobe pics provideing be utilize in the calculations that will prove that momentum is conserved. 1.) elasticised collision: A strobe light photo will be utilize that shows a large glider shattering into a littler glider which is initially at rest. This will accept the littler glider to move and the large glider will bear upon to move also. 2.) inelastic collision: A strobe photo will be used that shows a glider smashing into another glider which is initially at rest. When they clash the both gliders will stick together and will move. -The masses, distances and multiplication will be measured in order to calculate the momentums of the systems before and after collision occurs. Data: V = d/t P = m x v 1.) expandable collision: When Mass Distance Time fastness pulse sailplane A ahead striking .31215 kg .009m .6s .015 m/s .00468 Kg m/s glider B onward Collision .15580 kg -- -- 0 m/s 0 Kg m/s Glider A afterwards Collision .31215 kg .005m 1.0s .005 m/s .

00156 Kg m/s Glider B subsequently Collision .15580 kg .011m .6s .018 m/s .00280 Kg m/s 2.) Inelastic collision: When Mass Distance Time Velocity Momentum Glider C Before Collision .3105 kg .016m 1.0s .016 m/s .004968 Kg m/s Glider D Before C ollision .3000 kg -- -- 0 m/s 0 Kg m/s Glide! rs C+D After Collision .6105 kg .015m 2.0s .008 m/s .004884 Kg m/s Calculations: 1.) Elastic collision: Before After Glider A .00468 Kg m/s .00156 Kg... If you compliments to get a full essay, order it on our website: OrderCustomPaper.com

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