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23. xlom Part 2: Graphical Method bon Using your graph paper, draw vectors that represent each of the two forces from Part 2 along with their resultant force. Graphically determine the magnitude of the resultant in grams and its direction in degrees. Record the results in the table below. Graphical Determination Force Angle Mass T76a 1. 103° 224a 2249 Resultant Equilibrant 75 %3D Bog-33 0 103 5.4anx 40 on 二 8. = tan1 (R /R ). R. Y X Component Determination Magnitude X-Component Y-Component Vector 1. 2. ƏR= Resultant R =

23. xlom Part 2: Graphical Method bon Using your graph paper, draw vectors that represent each of the two forces from Part 2 along with their resultant force. Graphically determine the magnitude of the resultant in grams and its direction in degrees. Record the results in the table below. Graphical Determination Force Angle Mass T76a 1. 103° 224a 2249 Resultant Equilibrant 75 %3D Bog-33 0 103 5.4anx 40 on 二 8. = tan1 (R /R ). R. Y X Component Determination Magnitude X-Component Y-Component Vector 1. 2. ƏR= Resultant R =

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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23. xlom Part 2: Graphical Method bon Using your graph paper, draw vectors that represent each of the two forces from Part 2 along with their resultant force. Graphically determine the magnitude of the resultant in grams and its direction in degrees. Record the results in the table below. Graphical Determination Force Angle Mass T76a 1. 103° 224a 2249 Resultant Equilibrant 75 %3D Bog-33 0 103 5.4anx 40 on 二 8.
Transcribed Image Text:23. xlom Part 2: Graphical Method bon Using your graph paper, draw vectors that represent each of the two forces from Part 2 along with their resultant force. Graphically determine the magnitude of the resultant in grams and its direction in degrees. Record the results in the table below. Graphical Determination Force Angle Mass T76a 1. 103° 224a 2249 Resultant Equilibrant 75 %3D Bog-33 0 103 5.4anx 40 on 二 8.
= tan1 (R /R ). R. Y X Component Determination Magnitude X-Component Y-Component Vector 1. 2. ƏR= Resultant R =
Transcribed Image Text:= tan1 (R /R ). R. Y X Component Determination Magnitude X-Component Y-Component Vector 1. 2. ƏR= Resultant R =
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