The average reaction time for a healthy human to an object in free fall is approximately150 ms. If you drop a ruler and catch it with that reaction time, you will catch it at11.025 cm. Using that information, calculate the acceleration that causes the ruler tofall. This is the acceleration that we refer to as gravity.Variables:Equation (please solve it for the unknown):Show your work:Your answer (The acceleration due to gravity in Southfield): Now, turn it over and calculate your reaction time and the final velocity of the ruler.II. Reaction time: ActivityYour partner will hold the ruler between your finger and thumb and release it withouttelling you. Catch the ruler between your finger and thumb and read the distance off theruler in cm to two places after the decimal point. Use the kinematic equations to solvefor your reaction time and the final velocity of the ruler. Use the acceleration that youcalculated on the back.1. Data:Displacement(cm)Convert to Meters!Equation (please solve for time):SSolve for Final velocity:trial123Average:2. Analysis:Your answer:Equation:ShowYour answer:your work:m/s

Given,The scale falls a distance in The variables:Initial speed u=0,d, t, and acceleration due to…

The average reaction time for a healthy human to an object in free fall is approximately 150 ms. If you drop a ruler and catch it with that reaction time, you will catch it at 11.025 cm. Using that information, calculate the acceleration that causes the ruler to fall. This is the acceleration that we refer to as gravity. Variables: Equation (please solve it for the unknown): Show your work: Your answer (The acceleration due to gravity in Southfield):

The average reaction time for a healthy human to an object in free fall is approximately 150 ms. If you drop a ruler and catch it with that reaction time, you will catch it at 11.025 cm. Using that information, calculate the acceleration that causes the ruler to fall. This is the acceleration that we refer to as gravity. Variables: Equation (please solve it for the unknown): Show your work: Your answer (The acceleration due to gravity in Southfield):

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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