With a 100 gallon capacity we subtract.

A yacht travels 88 kilometers. Find the speed of the boat in still water in kmh. The trip would have been 4 km shorter if the. 12 BC 12 10C 2 C.

Now we have the data that we will need to determine our burn rate. Generally a motorized yacht about 35 feet in length can travel around 200 miles at approximately 25 knots in an 8 hour day. A boat travels 30 km upstream in a river in the same period of time as it takes to travel 50 km downstream.

A boat travels from one port A to port B travelling 126 km upstream against the current at a uniform speed and the trip takes 6 hours. 72 km 3 Find the least common multiple. With knowledge of a boats fuel economy-how much fuel the boat burns per mile or nautical mile of travel-boaters can estimate the range they can safely expect to run.

The speed of boat in still water is 12 miles per hour and speed of current is 9 miles per hour. With the addition of sails a yacht can travel even further but it takes longer. The total EW distance is 8 - 2 6 kmThe total NS distance is 5 kmTherefore total distance from the start is sqrt62 52 sqrt36 25 sqrt61 78 km approxThe answer assumes that the boat is sufficiently far from the poles so that the various stages of its travel is along perpendicular linesThe total EW distance is 8 - 2 6 kmThe total NS distance is 5 kmTherefore total.

The last part of the equation is to subtract the travel time by boat from the time the party starts. Bc 42 b-c 26-----2b 68 b 34 c 42-34 8. On the way back downstream the trip only takes 45 hours.

Upstream is B - S. Standard power for the 58E is twin 567 hp Caterpillar C9 diesels with an option to upgrade to twin 1000 hp Caterpillar C18 diesels. Calculating a boats fuel consumption proves important to boaters for number of reasons.