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In pursuit of both adventure and treasure, the pirate Jack Sparrow sails his ship on the open ocean. The ship starts out at the coordinates x = + 400 km, y = - 200 km, as shown in the figure. First it undergoes a displacement D, = - 600 km i + 300 km j, traveling a distance of 1000 km in 100 hours. Next it undergoes a displacement D, = + 300 km i - 200 km j, traveling a distance of 500 km in 90 hours. Then it stops for 10 hours. Finally, it undergoes a displacement D, with scalar components D,, = - 500 km, D,, 100 km while moving a distance of 600 km in 100 hours. 1+y (km) 300 200 100 +x (km) -400 - 300 200 100 100 200 300 400 -100 -200 +-300 11. At the end of the entire journey described above, the ship is located at coordinates A. x= - 400 km, y = - 200 km. B. x = - 200 km, y = - 400 km. C. x= - 800 km, y = - 200 km. D. x = - 800 km, y = 0 km. E. x= 400 km, y = - 200 km. 12. At the end of the entire journey described above, the ship has traveled a total distance of A. 2100 km in the negative x direction. B. 2100 km. C. - 2100 km. E. - 800 km i. D. 800 km. 13. The ship's average speed (for the entire journey described above) is A. - 2.67 km/hour. B. 2.67 km/hour. C. - 7.00 km/hour. D. - 7.00 km/hour E. 7.00 km/hour. 14. The ship's overall displacement (for the entire journey described above) equals A. - 800 km. B. 800 km. C. 2100 km in the negative x direction. D. - 800 km i. E. 2100 km. 15. For the entire journey described above, the ship's average velocity is A. - 7.00 km/hour i. 8. 7.00 km/hour i. C. - 2.67 km/hour i. D. 2.67 km/hour. E. 7.00 km/hour.

In pursuit of both adventure and treasure, the pirate Jack Sparrow sails his ship on the open ocean. The ship starts out at the coordinates x = + 400 km, y = - 200 km, as shown in the figure. First it undergoes a displacement D, = - 600 km i + 300 km j, traveling a distance of 1000 km in 100 hours. Next it undergoes a displacement D, = + 300 km i - 200 km j, traveling a distance of 500 km in 90 hours. Then it stops for 10 hours. Finally, it undergoes a displacement D, with scalar components D,, = - 500 km, D,, 100 km while moving a distance of 600 km in 100 hours. 1+y (km) 300 200 100 +x (km) -400 - 300 200 100 100 200 300 400 -100 -200 +-300 11. At the end of the entire journey described above, the ship is located at coordinates A. x= - 400 km, y = - 200 km. B. x = - 200 km, y = - 400 km. C. x= - 800 km, y = - 200 km. D. x = - 800 km, y = 0 km. E. x= 400 km, y = - 200 km. 12. At the end of the entire journey described above, the ship has traveled a total distance of A. 2100 km in the negative x direction. B. 2100 km. C. - 2100 km. E. - 800 km i. D. 800 km. 13. The ship's average speed (for the entire journey described above) is A. - 2.67 km/hour. B. 2.67 km/hour. C. - 7.00 km/hour. D. - 7.00 km/hour E. 7.00 km/hour. 14. The ship's overall displacement (for the entire journey described above) equals A. - 800 km. B. 800 km. C. 2100 km in the negative x direction. D. - 800 km i. E. 2100 km. 15. For the entire journey described above, the ship's average velocity is A. - 7.00 km/hour i. 8. 7.00 km/hour i. C. - 2.67 km/hour i. D. 2.67 km/hour. E. 7.00 km/hour.

University Physics Volume 1
University Physics Volume 1
18th Edition
ISBN:9781938168277
Author:William Moebs, Samuel J. Ling, Jeff Sanny
Publisher:William Moebs, Samuel J. Ling, Jeff Sanny
Chapter2: Vectors
Section: Chapter Questions
Problem 31P: In an attempt to escape a desert island, a castaway builds a raft and sets out to sea. The wind...
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In pursuit of both adventure.and treasure, the pirate Jack Sparrow sails his ship on the open ocean. The ship starts out at the coordinates x = + 400 km, y = - 200 km, as shown in the figure. First it undergoes a displacement D,=-600 kmi + 300 km j , traveling a distance of 1000 km in 100 hours. Next it undergoes a displacement D, = + 300 km i- 200 km j , traveling a distance of 500 km in 90 hours. Then it stops for 10 hours. Finally, it undergoes a displacement D, with scalar components D - 500 km, Dzy = - 100 km while %3D moving a distance of 600 km in 100 hours. 1+y (km) 300 200 100 +x (km) 400 -300 - 200 - 100 100 200 300 400 -100 -200 300 11. At the end of the entire journey described above, the ship is located at coordinates A. x = - 400 km, y = - 200 km. B. x = - 200 km, y = - 400 km. C. x = - 800 km, y = - 200 km. D. x = - 800 km, y = 0 km. E. x = 400 km, y = - 200 km. 12. At the end of the entire journey described above, the ship has traveled a total distance of A. 2100 km in the negative x direction. В. 2100 km. C. - 2100 km. D. 800 km. E. -800 km î . 13. The ship's average speed (for the entire journey described above) is A. - 2.67 km/hour. B. 2.67 km/hour. C. -7.00 km/hour. D. -7.00 km/hour E. 7.00 km/hour. 14. The ship 's overall displacement (for the entire journey described above) equals A. 800 km. B. 800 km. C. 2100 km in the negative x direction. D. -800 km î. E. 2100 km. 15. For the entire journey described above, the ship's average velocity is A. -7.00 km/hour i. B. 7.00 km/hour i. C. 2.67 km/hour i. D. 2.67 km/hour. E. 7.00 km/hour.
Transcribed Image Text:In pursuit of both adventure.and treasure, the pirate Jack Sparrow sails his ship on the open ocean. The ship starts out at the coordinates x = + 400 km, y = - 200 km, as shown in the figure. First it undergoes a displacement D,=-600 kmi + 300 km j , traveling a distance of 1000 km in 100 hours. Next it undergoes a displacement D, = + 300 km i- 200 km j , traveling a distance of 500 km in 90 hours. Then it stops for 10 hours. Finally, it undergoes a displacement D, with scalar components D - 500 km, Dzy = - 100 km while %3D moving a distance of 600 km in 100 hours. 1+y (km) 300 200 100 +x (km) 400 -300 - 200 - 100 100 200 300 400 -100 -200 300 11. At the end of the entire journey described above, the ship is located at coordinates A. x = - 400 km, y = - 200 km. B. x = - 200 km, y = - 400 km. C. x = - 800 km, y = - 200 km. D. x = - 800 km, y = 0 km. E. x = 400 km, y = - 200 km. 12. At the end of the entire journey described above, the ship has traveled a total distance of A. 2100 km in the negative x direction. В. 2100 km. C. - 2100 km. D. 800 km. E. -800 km î . 13. The ship's average speed (for the entire journey described above) is A. - 2.67 km/hour. B. 2.67 km/hour. C. -7.00 km/hour. D. -7.00 km/hour E. 7.00 km/hour. 14. The ship 's overall displacement (for the entire journey described above) equals A. 800 km. B. 800 km. C. 2100 km in the negative x direction. D. -800 km î. E. 2100 km. 15. For the entire journey described above, the ship's average velocity is A. -7.00 km/hour i. B. 7.00 km/hour i. C. 2.67 km/hour i. D. 2.67 km/hour. E. 7.00 km/hour.
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