The glider has a mass of 245 g and is releasedfrom rest from one end of the air track wherethe angle of inclination is 6,=2°.From your experimental data the value ofexperimental acceleration is equal to 0.332m/s?.Knowing that the formula to calculate the valueof theoretical acceleration is given as:a heo =g sin(0) calculate the following:• The mass of the glider expressed in SI units ofmass is :kg +• The initial speed of the glider is:m/s +• Experimental acceleration is given as:Om?/sOm2/s?Om/s3Om/s?a) Calculate the value of theoreticalacceleration?Om/sOm/s?Om?/sOm/s?b) Calculate the difference betweenexperimental and theoretical acceleration?• If the angle of inclination increases to 82=6°,and experimental acceleration is given as: aexp=1.03 m/s?, calculate the following:c) Calculate the new value of theoreticalacceleration?Om/s?Om?/s?Om?/sOm/s3d) Calculate the difference betweenexperimental and theoretical acceleration?

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Description: The glider has a mass of 245 g and is releasedfrom rest from one end of the air track wherethe angle of inclination is 6,=2°.From your experimental data the value ofexperimental acceleration is equal to 0.332m/s?.Knowing that the formula to calculat

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aeo =g sin(0) calculate the following: • The mass of the glider expressed in SI units of mass is kg + • The initial speed of the glider is : m/s + • Experimental acceleration is given as: Om?/s Om?/s? Om/s Om/s? a) Calculate the value of theoretical acceleration? Om/s3 Om?/s? Om?/s Om/s? b) Calculate the difference between experimental and theoretical acceleration? • If the angle of inclination increases to 02-6°, and experimental acceleration is given as: aexp= 1.03 m/s?, calculate the following: c) Calculate the new value of theoretical acceleration? Om/s? Om?/s? Om?/s Om/s d) Calculate the difference between experimental and theoretical acceleration?

aeo =g sin(0) calculate the following: • The mass of the glider expressed in SI units of mass is kg + • The initial speed of the glider is : m/s + • Experimental acceleration is given as: Om?/s Om?/s? Om/s Om/s? a) Calculate the value of theoretical acceleration? Om/s3 Om?/s? Om?/s Om/s? b) Calculate the difference between experimental and theoretical acceleration? • If the angle of inclination increases to 02-6°, and experimental acceleration is given as: aexp= 1.03 m/s?, calculate the following: c) Calculate the new value of theoretical acceleration? Om/s? Om?/s? Om?/s Om/s d) Calculate the difference between experimental and theoretical acceleration?

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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