Physics Explanation

Newtons 1st Law states that an purpose in motion will remain in motion and an endeavor at counterbalance will remain at stop unless acted upon an outside coerce. This experiment demonstrated exactly this. The cable railway rail auto when it measure up the fence, stopped because it was acted uon by an outsides king. The egg inside the car would not have stopped, if seatbelts, the plastic wrap did not foster them from their proclaim inertia. Without the seatbelt, the egg, because it was not acted upon an outside cast, would fly out at the selfsame(prenominal) speed that the car was moving. However in our case, the outside force would be the packing peanuts surrounding the egg. Because these materials were used as bamboozle absorbers, the egg did not suffer much damage. 2)Newtons help Law: Newtons second police force states that the sum of all forces is cope with to its mass multiplied by its quickening. When the car was at rest, the sum of the friction force , the force of gracity, the ruler force, and the force the wall exerts on the car, is equal to zero. Acceleration is 0 so m*a= Sum of Forces= 0 N. When the car was in motion however, on that point was a constant speedup; the sum of the normal force, gravitational force, and the force of friction, has a web force tone ending down the ramp.

3)Newtons lead Law: Newtons third law states that all follow through has an equal and opposite reaction. When the car striking the wall, that action produced an opposite reaction, the car moved up the ramp a little bit. If we subtract the force that the car prepare the wall with the force that the wall exerts! , we would find the force of the car going in the opposite direction. Also another instance would be the force of gravitational attraction and the normal force. When the car is at rest on the ramp, the force the ramp exerts is equal to the force of gravity* cos(theta). These forces are equal and opposite reactions. 4) encounter Force-Static Friction/ energizing Friction: When the car moves down the ramp there exists kinetic friction. The Force of Kinetic Friction...If you want to get a profuse essay, order it on our website: OrderCustomPaper.com

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