Find the distances between the following places, also the bearing of each from the other. Latitudes and longitudes are given at the end of the set of exercises. Cape of Good Hope Chicago Moscow New York Paris Rio de Janeiro San Francisco Sydney 13. 190 Latitude 34° 21' S 41° 50' N 55° 45' N 40° 43' N 48° 50' N 22° 54' S 37° 47' N 33° 52' S 1. New York and San Francisco. Ans. 2229, N78 3 New York and Cape of Good Hope. 5. San Francisco and Rio de Janeiro. Longitude 18° 30' E 87° 37' W 37° 34' E 74° 0' W 2° 20' E 43° 10' W 122° 26' W 151° 12' E 7. Rio de Janeiro and Sydney. 9. How close to the north pole does the great circle path of the preceding exercise pass? 13. An airplane flies from New York to Chicago in 3 hours and 45 minutes. What is its average rate of speed in statute miles per hour? Given the Answers: Distances are given in nautical miles. To convert to statute miles, multiply by 1.1516. In Exercises 1-7 the first direction is the bearing of the second point from the first, the second direction is the bearing of the first point from the second. 1.2229, N 78°19' W 3.6797, S 63-54' E 5.5754, S 65°29' E, N 51°19' W 7.7297, S 1400' W, S 15:34' E 9. 527 mi. 11. (a) S 42°54' E (b) S 44° 0' E
Find the distances between the following places, also the bearing of each from the other. Latitudes and longitudes are given at the end of the set of exercises. Cape of Good Hope Chicago Moscow New York Paris Rio de Janeiro San Francisco Sydney 13. 190 Latitude 34° 21' S 41° 50' N 55° 45' N 40° 43' N 48° 50' N 22° 54' S 37° 47' N 33° 52' S 1. New York and San Francisco. Ans. 2229, N78 3 New York and Cape of Good Hope. 5. San Francisco and Rio de Janeiro. Longitude 18° 30' E 87° 37' W 37° 34' E 74° 0' W 2° 20' E 43° 10' W 122° 26' W 151° 12' E 7. Rio de Janeiro and Sydney. 9. How close to the north pole does the great circle path of the preceding exercise pass? 13. An airplane flies from New York to Chicago in 3 hours and 45 minutes. What is its average rate of speed in statute miles per hour? Given the Answers: Distances are given in nautical miles. To convert to statute miles, multiply by 1.1516. In Exercises 1-7 the first direction is the bearing of the second point from the first, the second direction is the bearing of the first point from the second. 1.2229, N 78°19' W 3.6797, S 63-54' E 5.5754, S 65°29' E, N 51°19' W 7.7297, S 1400' W, S 15:34' E 9. 527 mi. 11. (a) S 42°54' E (b) S 44° 0' E
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
Related questions
Question
Subject: Geometric Geodesy
Topic: Terrestrial Triangle
given the answer show the solution and illustration.
![Find the distances between the following places, also the bearing of each from the other. Latitudes
and longitudes are given at the end of the set of exercises.
Cape of Good Hope
Chicago
Moscow
New York
Paris
Rio de Janeiro
San Francisco
Sydney
13. 190
Latitude
34° 21' S
41° 50' N
55° 45' N
40° 43' N
48° 50' N
22° 54' S
37° 47' N
33° 52' S
1. New York and San Francisco. Ans. 2229, N78
3 New York and Cape of Good Hope.
5. San Francisco and Rio de Janeiro.
7. Rio de Janeiro and Sydney.
9. How close to the north pole does the great circle path of the preceding exercise pass?
13. An airplane flies from New York to Chicago in 3 hours and 45 minutes. What is its average rate of
speed in statute miles per hour?
11. (a) S 42°54' E
(b) S 44° 0' E
Longitude
18° 30' E
87° 37' W
37° 34' E
74° 0' W
2° 20' E
43° 10' W
122° 26' W
151° 12' E
Given the Answers:
Distances are given in nautical miles. To convert to statute miles, multiply by 1.1516. In Exercises 1-7
the first direction is the bearing of the second point from the first, the second direction is the bearing
of the first point from the second.
1.2229, N 78°19' W
3.6797, S 63-54' E
5.5754, S 65°29' E, N 51°19' W
7.7297, S 14°0' W, S 15:34' E
9. 527 mi.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F09b1a8e5-9655-45e9-a4fb-903c7d32b996%2Fc6254ecd-0c5a-4df2-a959-2b8ac1993345%2F7qrme0r_processed.png&w=3840&q=75)
Transcribed Image Text:Find the distances between the following places, also the bearing of each from the other. Latitudes
and longitudes are given at the end of the set of exercises.
Cape of Good Hope
Chicago
Moscow
New York
Paris
Rio de Janeiro
San Francisco
Sydney
13. 190
Latitude
34° 21' S
41° 50' N
55° 45' N
40° 43' N
48° 50' N
22° 54' S
37° 47' N
33° 52' S
1. New York and San Francisco. Ans. 2229, N78
3 New York and Cape of Good Hope.
5. San Francisco and Rio de Janeiro.
7. Rio de Janeiro and Sydney.
9. How close to the north pole does the great circle path of the preceding exercise pass?
13. An airplane flies from New York to Chicago in 3 hours and 45 minutes. What is its average rate of
speed in statute miles per hour?
11. (a) S 42°54' E
(b) S 44° 0' E
Longitude
18° 30' E
87° 37' W
37° 34' E
74° 0' W
2° 20' E
43° 10' W
122° 26' W
151° 12' E
Given the Answers:
Distances are given in nautical miles. To convert to statute miles, multiply by 1.1516. In Exercises 1-7
the first direction is the bearing of the second point from the first, the second direction is the bearing
of the first point from the second.
1.2229, N 78°19' W
3.6797, S 63-54' E
5.5754, S 65°29' E, N 51°19' W
7.7297, S 14°0' W, S 15:34' E
9. 527 mi.
Expert Solution
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Step 1: Convert the latitudes and longitudes to radians,Calculate the difference in latitudes and longitudes
VIEWStep 2: Calculate the intermediate values,Calculate the distance in nautical miles,Convert the distance
VIEWStep 3: Calculate the bearing,Round the results to an appropriate number of decimal places
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