ANALYTICAL METHOD OF ADDING VECTORS Solve the same problem as PART 1 but this time analytically. START with the values below. DO NOT USE VALUES FROM PART 1. Jack walks 3.00 km 45° south of east (Leg 1). He the changes directions and walks another 5.00 km 53° north of west (Leg 2). What is Jack's displacement (magnitude and direction)? Note: In this problem, do not round values if you need to use them for calculations in subsequent parts. Rounding errors can propagate and can make your final answer lie outside the tolerance limit of 5%. Keep all answers to 3 significant figures.

College Physics
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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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(1) In which quadrant does the resultant vector lie?
First quadrant
Second quadrant
Third quadrant
O Fourth quadrant
Transcribed Image Text:(1) In which quadrant does the resultant vector lie? First quadrant Second quadrant Third quadrant O Fourth quadrant
1. ANALYTICAL METHOD OF ADDING VECTORS
Solve the same problem as PART 1 but this time analytically. START with the values
below. DO NOT USE VALUES FROM PART 1.
Jack walks 3.00 km 45° south of east (Leg 1). He the changes directions and walks another
5.00 km 53° north of west (Leg 2).
What is Jack's displacement (magnitude and direction)?
Note: In this problem, do not round values if you need to use them for calculations in
subsequent parts. Rounding errors can propagate and can make your final answer lie
outside the tolerance limit of 5%. Keep all answers to 3 significant figures.
Enter to 3 significant figures
(a) X-component of Leg 1:
(b) Y-component of Leg 1:
(c) X-component of Leg 2:
(d) Y-component of Leg 2:
(e) X-component of the resultant displacement:
(f) Y-component of the resultant displacement:
(g) Magnitude of the resultant:
(h) Direction of the resultant measured counterclockwise from the east:
(i) In which quadrant does the resultant vector lie?
km
km
km
km
km
km
km
Transcribed Image Text:1. ANALYTICAL METHOD OF ADDING VECTORS Solve the same problem as PART 1 but this time analytically. START with the values below. DO NOT USE VALUES FROM PART 1. Jack walks 3.00 km 45° south of east (Leg 1). He the changes directions and walks another 5.00 km 53° north of west (Leg 2). What is Jack's displacement (magnitude and direction)? Note: In this problem, do not round values if you need to use them for calculations in subsequent parts. Rounding errors can propagate and can make your final answer lie outside the tolerance limit of 5%. Keep all answers to 3 significant figures. Enter to 3 significant figures (a) X-component of Leg 1: (b) Y-component of Leg 1: (c) X-component of Leg 2: (d) Y-component of Leg 2: (e) X-component of the resultant displacement: (f) Y-component of the resultant displacement: (g) Magnitude of the resultant: (h) Direction of the resultant measured counterclockwise from the east: (i) In which quadrant does the resultant vector lie? km km km km km km km
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