An invented robot can comprehend time through resultant vector once the hour hand and minute hand vectors were added together. Assuming that both vectors point from the center, outward. The length of the hour hand is 5.10 cm while the length of the minute hand is 10.50 cm Follow this given format in answering each sub-item: a. Draw the position of the hour and minute on clock for time configuration. Label with relevant angles and magnitudes b. Decompose the components of each vector along the x and y direction c. Calculate for the resultant vector and express in the form required in each item What would you tell the robot if the current time is: A. 10:30 AM, in bearing form? (FORM: magnitude – direction angle B. 1:25 PM, in unit vector form? (FORM where Ã = Ā, + Ãy = Ax î + Ayj. )

An invented robot can comprehend time through resultant vector once the hour hand and minute hand vectors were added together. Assuming that both vectors point from the center, outward. The length of the hour hand is 5.10 cm while the length of the minute hand is 10.50 cm Follow this given format in answering each sub-item: a. Draw the position of the hour and minute on clock for time configuration. Label with relevant angles and magnitudes b. Decompose the components of each vector along the x and y direction c. Calculate for the resultant vector and express in the form required in each item What would you tell the robot if the current time is: A. 10:30 AM, in bearing form? (FORM: magnitude – direction angle B. 1:25 PM, in unit vector form? (FORM where Ã = Ā, + Ãy = Ax î + Ayj. )

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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