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A drone flies the following displacement vectors in the sequence indicated. It starts flying West for 50-m, then it flies for 70-m in a direction of 30° North of East, then it flies South for 100-m, and finally it flies for 80-m in a direction 60° East of South. a. Draw a rough sketch/diagram that show the displacement vectors. Label the coordinate system and respective directions (N, W, S, and E). b. Now, use the Method of Components to find the Resultant Displacement (magnitude of total displacement) and Direction (with respect to the -x or -x axis) of the drone relative to the starting point. Show all your work.

A drone flies the following displacement vectors in the sequence indicated. It starts flying West for 50-m, then it flies for 70-m in a direction of 30° North of East, then it flies South for 100-m, and finally it flies for 80-m in a direction 60° East of South. a. Draw a rough sketch/diagram that show the displacement vectors. Label the coordinate system and respective directions (N, W, S, and E). b. Now, use the Method of Components to find the Resultant Displacement (magnitude of total displacement) and Direction (with respect to the -x or -x axis) of the drone relative to the starting point. Show all your work.

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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For A and B
2. A drone flies the following displacement vectors in the sequence indicated. It starts flying West for 50-m, then it flies for 70-m in a direction of 30° North of East, then it flies South for 100-m, and finally it flies for 80-m in a direction 60° East of South. a. Draw a rough sketch/diagram that show the displacement vectors. Label the coordinate system and respective directions (N, W, S, and E). b. Now, use the Method of Components to find the Resultant Displacement (magnitude of total displacement) and Direction (with respect to the -x or -x axis) of the drone relative to the starting point. Show all your work.
Transcribed Image Text:2. A drone flies the following displacement vectors in the sequence indicated. It starts flying West for 50-m, then it flies for 70-m in a direction of 30° North of East, then it flies South for 100-m, and finally it flies for 80-m in a direction 60° East of South. a. Draw a rough sketch/diagram that show the displacement vectors. Label the coordinate system and respective directions (N, W, S, and E). b. Now, use the Method of Components to find the Resultant Displacement (magnitude of total displacement) and Direction (with respect to the -x or -x axis) of the drone relative to the starting point. Show all your work.
b. Now, use the Method of Components to find the Resultant Displacement (magnitude of total displacement) and Direction (with respect to the -x or +x axis) of the drone relative to the starting point. Show all work. your
Transcribed Image Text:b. Now, use the Method of Components to find the Resultant Displacement (magnitude of total displacement) and Direction (with respect to the -x or +x axis) of the drone relative to the starting point. Show all work. your
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