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16. The stopping distance for a boat in calm water is modelled by the function d(v) = 0.004v² + 0.2v + 6, where d(v) is in meters and v is in kilometers per hour. a) What is the stopping distance if the speed is 10 km/h? b) What is the initial speed of the boat if it takes 11.6 m to stop? c) Determine the domain and range of the function.

16. The stopping distance for a boat in calm water is modelled by the function d(v) = 0.004v² + 0.2v + 6, where d(v) is in meters and v is in kilometers per hour. a) What is the stopping distance if the speed is 10 km/h? b) What is the initial speed of the boat if it takes 11.6 m to stop? c) Determine the domain and range of the function.

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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16. The stopping distance for a boat in calm water is modelled by the function d(v) = 0.004v² + 0.2v + 6, where d(v) is in meters and v is in kilometers per hour. a) What is the stopping distance if the speed is 10 km/h? b) What is the initial speed of the boat if it takes 11.6 m to stop? c) Determine the domain and range of the function.
Transcribed Image Text:16. The stopping distance for a boat in calm water is modelled by the function d(v) = 0.004v² + 0.2v + 6, where d(v) is in meters and v is in kilometers per hour. a) What is the stopping distance if the speed is 10 km/h? b) What is the initial speed of the boat if it takes 11.6 m to stop? c) Determine the domain and range of the function.
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