##### Showing 1 to 9 of 9
• 11 Pages
###### Collisions Lab Report

School: Johns Hopkins University

Course: PHYSICS 111

Collisions & Conservation of Momentum PreLab Exercises 1. Using laws of conservation of energy and momentum, solve for the ratio of final velocities. Work: Pi = P , Law of Conservation of Momentum ...

• 12 Pages
• ###### Hitting a Target Lab Report
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###### Hitting a Target Lab Report

School: Johns Hopkins University

Course: PHYSICS 111

Projectile Motion: Hitting a Target PreLab Exercises 1. If ten shots are fired, while assuming that the spread in distances (the standard deviation) of shots fired from a projectile launcher ...

• 9 Pages
• ###### Calibrating a Cannon Lab Report
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###### Calibrating a Cannon Lab Report

School: Johns Hopkins University

Course: PHYSICS 111

Projectile Motion: Calibrating a Cannon PreLab Exercises 1. Work: Projectile Motion Kinematic Equations: t = 0 + 0t yt = y0 + 0t − 2 gt2 Information given: t = ± Hits ...

• 6 Pages
• ###### The Nature of Statistical Processes Lab Report
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###### The Nature of Statistical Processes Lab Report

School: Johns Hopkins University

Course: PHYSICS 111

The Nature of Statistical Processes Table 1  Table of Average Counts & Standard Deviation Trial Average Counts (Counts Per Interval) Standard Deviation (Counts Per Interval) Fractional ...

• 14 Pages
• ###### When Approximations Fail Lab Report
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###### When Approximations Fail Lab Report

School: Johns Hopkins University

Course: PHYSICS 111

When Approximations Fail PreLab Exercises A mass of 0.250 ± 0.001 kg is connected to the end of a light chord to make a pendulum. The length between the pendulum's axis of rotation ...

• 11 Pages
• ###### What’s Inside Lab Report
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###### What’s Inside Lab Report

School: Johns Hopkins University

Course: PHYSICS 111

What's Inside? PreLab Exercises 1. Obtain an expression for the dimensionless quantity C. What observable quantities are eliminated when the equation is written this way? What might ...

• 8 Pages
• ###### Engineering An Arm Lab Report
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###### Engineering An Arm Lab Report

School: Johns Hopkins University

Course: PHYSICS 111

Engineering an Arm PreLab Exercises 1. The force (Fi) that the wire exerts to keep the rod horizontal is calculated by doing the following: Work: where, F0 = m0g and since it stays horizontal, rotational equilibrium is achieved: ...

• 2 Pages
• ###### Spreadsheet Tutorial (Questions) Lab Report
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###### Spreadsheet Tutorial (Questions) Lab Report

School: Johns Hopkins University

Course: PHYSICS 111

Data Analysis with Spreadsheets Questions 1)  Possible systematic (hypothetical) errors in the measured values of v and h include the difference in uncertainty ranges reached at higher velocities and thus larger heights. The ...

• 3 Pages
• ###### Introduction to Measurements Lab Report
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###### Introduction to Measurements Lab Report

School: Johns Hopkins University

Course: PHYSICS 111

Introduction to Measurements 1. Measure the diameter of a lacrosse ball with a ruler.  6.4 cm ± .1 cm 2. Measure the diameter of a lacrosse ball using a Vernier caliper. Compare this measurement to your result from Exercise 1. ...