A treasure map shows a path from the hanging tree to walk to find the buried treasure. It reads to start at the hanging tree and walk north 7.5 meters. The map then says to turn and walk 9.8 meters at 30 degrees north of east, then walk south 1.4 meters, and finally walk west 38.0 meters. Once at this position, the map says to turn east and walk 14.0 more meters, then turn north and walk 12.0 more meters, and finally to turn due west and walk 6.0 meters. There you will find the treasure!(a) Being a physicist, you want to get rid of all the steps and walk right to the treasure. What is the magnitude of the displacement you would walk if you walked directly to the treasure along the line of the resultant? Consider three forces acting upon a ring as shown in the diagram at the right. The magnitudes of the three forces are:+yA = 148.0 N%3DAB = 148.0 N300%3DCC = 74.0 N%3DResolve each force vector into its components; enter the result into the cells of the table below. (Use - signs for a negative direction.) Then sum the columns todetermine the resultant's x- and y-components. Enter these values into the table with the appropriate + or - sign. Finally determine the magnitude and the direction of the resultant force. Note that inthis context, N stands for 'Newton' (which is a unit of force, like pound), not 'North'.VectorEast-West Component North-South ComponentAyBy =Cy = [0Ry =AAx ==10Bx =%3D%3DCX N%3DResultantRx =%3D%3DThe resultant has a magnitude ofN and a direction ofdegrees north of east.

given that A = 148 N in -ve x axis B= 148 N and 30 degree from +x axis C= 74 N in + x axis resolve…

Answered: Consider three forces acting upon a…

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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A treasure map shows a path from the hanging tree to walk to find the buried treasure. It reads to start at the hanging tree and walk north 7.5 meters. The map then says to turn and walk 9.8 meters at 30 degrees north of east, then walk south 1.4 meters, and finally walk west 38.0 meters. Once at this position, the map says to turn east and walk 14.0 more meters, then turn north and walk 12.0 more meters, and finally to turn due west and walk 6.0 meters. There you will find the treasure!

(a) Being a physicist, you want to get rid of all the steps and walk right to the treasure. What is the magnitude of the displacement you would walk if you walked directly to the treasure along the line of the resultant?