Question: Application (12 marks) Full solutions are required. FDT is needed to prove max mins. 6. I must get from A to B across a rectangular

 Application (12 marks) Full solutions are required. FDT is needed to
prove max mins. 6. I must get from A to B across

Application (12 marks) Full solutions are required. FDT is needed to prove max mins. 6. I must get from A to B across a rectangular manmade pond. The pond is 4 km in width, and 10 km long. I doggie paddle 4 km/h and have a blazing speed of 10 km/h on land. Determine the location of point C on the opposite shore from A so that I can get from A to B as quickly as possible. Set up a function, use Calculus make a clear final statement. (6 marks) 10 km 4 km

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