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Use polygon méthód ušéd lét 1km:1cm 174. A sailor in a small sailboat encounters shifting winds. She sails 2.00 km east, then 3.50 km southeast, and then an additional distance in an unknown direction. Her final position is 5.80 km directly east of the starting point (Fig. 1.39). Find the magnitude Figure 1.39 Problem 1.74.

Use polygon méthód ušéd lét 1km:1cm 174. A sailor in a small sailboat encounters shifting winds. She sails 2.00 km east, then 3.50 km southeast, and then an additional distance in an unknown direction. Her final position is 5.80 km directly east of the starting point (Fig. 1.39). Find the magnitude Figure 1.39 Problem 1.74.

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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Use Component and Polygon method

Use polygon method used let 1km:1cm L74. A sailor in a small sailboat encounters shifting winds. She sails 2.00 km east, then 3.50 km southeast, and then an additional distance in an unknown direction. Her final position is 5.80 km directly east of the starting point (Fig. 1.39). Find the magnitude Figure 1.39 Problem 1.74. w- START FINISH 5,80 km 2.00 km Z45.0° 3.50 km Third leg and direction of the third leg of the journey. Draw the vector addi- tion diagram and show that it is in qualitative agreement with your numerical solution,
Transcribed Image Text:Use polygon method used let 1km:1cm L74. A sailor in a small sailboat encounters shifting winds. She sails 2.00 km east, then 3.50 km southeast, and then an additional distance in an unknown direction. Her final position is 5.80 km directly east of the starting point (Fig. 1.39). Find the magnitude Figure 1.39 Problem 1.74. w- START FINISH 5,80 km 2.00 km Z45.0° 3.50 km Third leg and direction of the third leg of the journey. Draw the vector addi- tion diagram and show that it is in qualitative agreement with your numerical solution,
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