The Ballistic Pendulum
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Principles
Conservation of Energy
Conservation of Momentum The momentum p of a particle is the product of its mass
and its velocity: p = mv. (a vector.)
Total momentu
Rotational Dynamics & Rolling Motion
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Principles
Diagram 1 is a representation of the set-up we will use. We place the ball at a fixed
position on the ramp (the dynamics track) and release i
Energy in Atwoods Machine
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Principles
The mechanical energy of a system is the sum of its kinetic (K) and
potential energies (U):
E=K+U
Kinetic Energy is energy that an object has by virtue
The Force Table
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Damto Dieudonne Nhalocky-lare
Principles
Weight and mass
The forces in these experiments will be the weights of various masses. The
weight W of any mass m is given by:W = mg
Title of "Gravitational Acceleration"
Experiment:
Date of 02 10, 2016
Experiment:
Submitted:
By:
Partner(s):
<02 17 2016>
<chenbo sun>
Experiment 1: Free Fall with Spark Timer
Theory:
Displacement:x
Motion in One Dimension
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In this lab you will use a motion sensor and a LabQuest data
collection device to plot and analyze the motion of a rolling cart
moving along a dynamics track. You wi
Precision Measurements &
Graphs
CHENBO SUN
Damto Dieudonne Nhalocky-lare
PART 1:Density of Metal Cylinders
OBJECTIVE
Determine the densities of three metal cylinders
Determine the uncertainty in these
Kinetic & Static Friction
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Experiment 1: Force of Kinetic Friction, Wood on Wood
Objectives
A. Find the strength of the kinetic friction force for several
loads on the block.
B. Determine ho
Torque & Equilibrium
CHENBO SUN
Principles
Translational and Rotational Equilibrium
In order for a particle to be in static equilibrium (i.e., stationary over time), the sum of
the forces on it must b