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Using Equation 5, determine the thearenical acceleration of gravity

Using Equation 5, determine the thearenical acceleration of gravity

College Physics
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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Equating Newton's Second Law with his Law of Gravitation we get: Gm,m2 Gm2 or canceling m1:a = - R² ma = R2 If we are standing on the surface of a large, spherical body like Earth, then R is the radius of the large body and we call a the acceleration of gravity, which we denote as: GM g = R2 Equation 5 Experimental Procedure Since the mass and radius of Earth are relatively constant (they actually vary a little in location and time), Equation 5 predicts that the acceleration of gravity on Earth's surface is constant (we can also verify this experimentally by noting that the velocity versus time plot is linear, and/or the distance versus time plot is parabolic). If an object is dropped from rest, then the initial velocity is zero and Equation 2 reduces to: y =,at? Equation 6 Noting that a = g, we can write: 2y g=72 Equation 7 %3D
Transcribed Image Text:Equating Newton's Second Law with his Law of Gravitation we get: Gm,m2 Gm2 or canceling m1:a = - R² ma = R2 If we are standing on the surface of a large, spherical body like Earth, then R is the radius of the large body and we call a the acceleration of gravity, which we denote as: GM g = R2 Equation 5 Experimental Procedure Since the mass and radius of Earth are relatively constant (they actually vary a little in location and time), Equation 5 predicts that the acceleration of gravity on Earth's surface is constant (we can also verify this experimentally by noting that the velocity versus time plot is linear, and/or the distance versus time plot is parabolic). If an object is dropped from rest, then the initial velocity is zero and Equation 2 reduces to: y =,at? Equation 6 Noting that a = g, we can write: 2y g=72 Equation 7 %3D
Jusing Equation 5, determine the theoretical acceleration of gravity
Transcribed Image Text:Jusing Equation 5, determine the theoretical acceleration of gravity
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