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Ms. Duong decides to hit the water, in a canoe. She paddles her canoe at an angle across the river. The water is flowing at 3 km/h. The resulting velocity of the canoe is 5.4 km/h downstream, in a direction that forms a 15\deg angle with the adjacent shore. a. Draw a diagram to illustrate this situation. Ensure you include all necessary vectors and angles. Use correct notation. b. At what velocity did Ms. Duong initially head out?

Ms. Duong decides to hit the water, in a canoe. She paddles her canoe at an angle across the river. The water is flowing at 3 km/h. The resulting velocity of the canoe is 5.4 km/h downstream, in a direction that forms a 15\deg angle with the adjacent shore. a. Draw a diagram to illustrate this situation. Ensure you include all necessary vectors and angles. Use correct notation. b. At what velocity did Ms. Duong initially head out?

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Ms. Duong decides to hit the water, in a canoe. She paddles her canoe at an angle across the river. The water is flowing at 3 km/h. The resulting velocity of the canoe is 5.4 km/h downstream, in a direction that forms a 15\deg angle with the adjacent shore. a. Draw a diagram to illustrate this situation. Ensure you include all necessary vectors and angles. Use correct notation. b. At what velocity did Ms. Duong initially head out?
Transcribed Image Text:Ms. Duong decides to hit the water, in a canoe. She paddles her canoe at an angle across the river. The water is flowing at 3 km/h. The resulting velocity of the canoe is 5.4 km/h downstream, in a direction that forms a 15\deg angle with the adjacent shore. a. Draw a diagram to illustrate this situation. Ensure you include all necessary vectors and angles. Use correct notation. b. At what velocity did Ms. Duong initially head out?
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