What is expected of this experiment? 2) What would the output of this experiment be? 3) In your own words, restate the theory of this experiment.

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Chapter1: Units, Trigonometry. And Vectors
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1) What is expected of this experiment? 2) What would the output of this experiment be? 3) In your own words, restate the theory of this experiment.
Objective:
The purpose of this experiment is to study Newton's 2nd Law of Motion, which is the
fundamental relation between the net force Fnet applied to an object of mass m and the
resulting acceleration a:
NEWTON'S SECOND LAW
PART I. CONSTANT MASS, VARIABLE FORCE
PART II. CONSTANT FORCE, VARIABLE MASS
Apparatus:
net
Theory:
= ma
You will study this relation for two separate cases:
(1) the total mass of a system is constant but the net force acting on the system is varied
(II) the net force is constant but the total mass is varied
Air track, "smart pulley" computerized data acquisition system (laboratory laptop,
Capstone software, PASCO 850 Interface), riders, string, five 20 gram masses, one 100
gram mass, mass hanger, catch box
In this experiment, a of mass M is placed on the air track. A string tied to the rider
passes parallel to the track and over a small pulley (assumed to be frictionless) to a
hanging mass m, as
shown:
M
(1)
T
T
m
Transcribed Image Text:Objective: The purpose of this experiment is to study Newton's 2nd Law of Motion, which is the fundamental relation between the net force Fnet applied to an object of mass m and the resulting acceleration a: NEWTON'S SECOND LAW PART I. CONSTANT MASS, VARIABLE FORCE PART II. CONSTANT FORCE, VARIABLE MASS Apparatus: net Theory: = ma You will study this relation for two separate cases: (1) the total mass of a system is constant but the net force acting on the system is varied (II) the net force is constant but the total mass is varied Air track, "smart pulley" computerized data acquisition system (laboratory laptop, Capstone software, PASCO 850 Interface), riders, string, five 20 gram masses, one 100 gram mass, mass hanger, catch box In this experiment, a of mass M is placed on the air track. A string tied to the rider passes parallel to the track and over a small pulley (assumed to be frictionless) to a hanging mass m, as shown: M (1) T T m
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