Abstr tour: The main reason to perform the experiment is to world the principle of conservation of linear momentum. Here inelastic, elastic and the Tempter dimensional shocks be studied. The values of Length of Cart argon stated below Length of Cart (l) = 0.195m Introduction: momentum depends on two quantities, mass and velocity. It is product of mass and velocity. It is a transmitter quantity so it is very important to conk the vectors in two components. Here they ar broken in x and y components In absence of outside forces playing on a system, the total momentum of the system is conserved. Collisions between objects cornerstone result in the conversion of internal energising vim into some other form of energy. This persona of opposition is called inelastic collision. This face of collision crapper deform the objects or objects aptitude stick to each other permanently. Other type of collision where kinetic energy and momentum two ar keep is called e lastic collision. Due to two factors preserved, there can be two types of results for this type of collision. Loss of energy is problematical when two real objects are interacting with each other as no object can be totally elastic. The ambiance deletion that was studied helps a lot to study both(prenominal) type of collisions because the air track provides a nearly frictionless rise due to which very minute amount of external forces act on the carts on the air track.
Magnets are habituated on the ends of both carts. For the first part of experiment, two types of magnets are attached on each end of carts which produces an elastic collision and freak eac! h other. For the second part of experiment, the magnets are intentional in such a way that the carts stick to tolerateher at collision. Velocity is needed to find in both parts. The verbal expression used for velocity is as follows: V = l / t * m Here l= space (m), t = time (seconds) and m = mass (kg) The formula for conclusion momentum is as follows: P = m * v...If you want to get a full essay, bless it on our website: BestEssayCheap.com
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