Chapter 2
One-Dimensional Kinematics
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Units of Chapter 2
Position, Distance, and Displacement
Average Speed and Velocity
Instantaneous Velocity
Acceleration
Motion with Constant Acceleration
Applications of the Equations of Motion
Freely Falling Objects
Trigonometric Measurements
Kaitlyn Lagesse
Professor Reeves
February 21, 2016
Objective:
The objective of this lab is to review basic trigonometric functions and use those
functions to measure a building indirectly.
Methods & Procedures:
First, a triangle
Friction
Kaitlyn Lagesse
Professor Reeves
March 13, 2016
Objective:
The objective of this lab is to gain a better understanding of friction and to calculate an
experimental coefficient of friction using two different methods.
Methods & Procedures:
First,
Measurement: Length, Mass, Volume, Density, and Time
Kaitlyn Lagesse
Professor Reeves
February 14, 2016
Objective:
The objective of this lab is to measure distance, mass, density, and time, using various
measurement methods. Furthermore, using measurement
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Safety QuizRefer to the illustration on the following page when answering the questions.
1. List three (3) unsafe activities in the illustration and explain why each is unsafe.1) Jennifer is
heating a tube over th
Acceleration
Kaitlyn Lagesse
Professor Reeves
March 6, 2016
Objective:
The objective of this lab is to calculate the acceleration of an object rolling down an
inclined plane.
Methods & Procedures:
First, a ramp was set up, three distances were marked, and
Experimental Errors and Uncertainty
Kaitlyn Lagesse
Professor Reeves
February 7, 2016
Objective:
The objective of this lab is to gain an understanding of experimental errors and
uncertainty through the calculation of gexperimentl and comparison of the cal
Data Collection
Kaitlyn Lagesse
Professor Reeves
February 28, 2016
Objective:
The objective of this lab is to hypothesize about, collect data, and measure velocity of a
pitched ball and motion of a ball on a horizontal surface.
Methods & Procedures:
First