= 24.182 North 22. Walter is kayaking across a river that has a current of 2.5...

 

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= 24.182 North 22. Walter is kayaking across a river that has a current of 2.5 meters per second. He is paddling at a rate of 4 meters second perpendicular to the shore. end 2.5 4 3.12 2.5 m/s 0 4 m/s start a. What is the resultant velocity of the kayak? c. If Walter wants to land directly in front of his starting point, at what angle with respect to the shore should he 2.5 River = (2.5,0) tan (3.12 4² = 2.5² + b² 16=6.25 +6² Or 2-2.5, 3.127 9.75=b² 3.12=b velocity /<2.5,47 √√2.5² +4² 4.72 meters per second b. At what angle will Walter be moving with respect to the shore? Direction= tan ~¹ 8=57.990 1.5 = = 24.182 North 22. Walter is kayaking across a river that has a current of 2.5 meters per second. He is paddling at a rate of 4 meters second perpendicular to the shore. end 2.5 4 3.12 2.5 m/s 0 4 m/s start a. What is the resultant velocity of the kayak? c. If Walter wants to land directly in front of his starting point, at what angle with respect to the shore should he 2.5 River = (2.5,0) tan (3.12 4² = 2.5² + b² 16=6.25 +6² Or 2-2.5, 3.127 9.75=b² 3.12=b velocity /<2.5,47 √√2.5² +4² 4.72 meters per second b. At what angle will Walter be moving with respect to the shore? Direction= tan ~¹ 8=57.990 1.5 =

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25ms 4 mse 25745 m see Resultant velocity R 25 ... View the full answer