Best Balloon Car Design

Words • 560

Pages • 3

In creating our balloon car, we used many physics principals to change the designs until we had a well performing car. The different principals helped us to change certain aspects of our car so that every part worked well together. The principal that with every action there is an equal and opposite reaction is what we used for the thrust of our car. We based our wheels on what ones caused the least friction. We used the fact that vertical…...

BalloonForceFrictionMechanical EngineeringMotionNewton'S Laws Of Motion

Egg Drop Research Paper

Words • 466

Pages • 2

egg drop BY alan725 Egg Drop Project There were five forces that where acting on my container there where gravity, inertia, air resistance, shock, and impact. The contraption is trying to lessen the gravity for it would be so light weight that it will glide on the wind and not hit the floor so hard. And it is trying to alter the air resistance force so like I said to try to glide on the wind. Some of the feature…...

ForceGravityNewton'S Laws Of MotionPhysics

Impulse And Momentum Lab

Words • 717

Pages • 3

Background: Momentum is a measure of inertia and can be defined by “mass in motion” ( Stan brought ,) anything with mass that is moving has momentum. Mo momentum can be calculated with p=mass x velocity, there fore momentum is dependent on both mass and velocity. Momentum is similar to energy in that both are always conserved, but energy ha s multiple forms and has to be in the right situation to be conserved. M momentum transferred is the integral…...

EnergyForceMechanical EngineeringNewton'S Laws Of MotionPhysics

Atwood Machine Lab

Words • 452

Pages • 2

Atwood’s Machine Abstract: Ideally, Atwood’s Machine consists of two masses, connected by a massless inelastic string threaded over a frictionless pulley. In this experiment, the dependence of the acceleration on the two masses was investigated. Introduction Atwood’s Machine is represented schematically to the left. Upon inspection, Newton’s Second Law for the system can be derived: For m1: (1) For m2: (2) Solving the (1) for N, followed by substitution into (2), yields the following equation: Rearranging terms and solving for…...

Mechanical EngineeringNewton'S Laws Of MotionPhysics

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