SOLUTION: A boat has a speed of 15 KPH in still water. If it is headed 53 degrees S of E in a current of 10 KPH. What is the resultant velocity of the boat?
Algebra.Com
Question 1199871: A boat has a speed of 15 KPH in still water. If it is headed 53 degrees S of E in a current of 10 KPH. What is the resultant velocity of the boat?
Answer by Alan3354(69443) (Show Source): You can put this solution on YOUR website!
A boat has a speed of 15 KPH in still water. If it is headed 53 degrees S of E in a current of 10 KPH. What is the resultant velocity of the boat?
----------
The direction of the current is not given.
RELATED QUESTIONS
A boat has a speed of 15 KPH in still water. If it is headed 53 degrees S of E in a... (answered by Alan3354)
A boat can travel at a speed of 15 kph in still water. The boat travels 40 km downstream... (answered by mananth)
how to solve this problem a speed boat travels at a rate of 20 KPH in still water. It... (answered by stanbon)
the number of hours a boat will take to travel 10km upstream if the rate of the boat in... (answered by stanbon)
Clark has a boat that can travel at 15 kph in still water. It can go 140km with the... (answered by mananth)
Clark has a boat that can travel at 15 kph in still water. It can go 140km with the... (answered by robertb)
A boat travels at the rate of 8 kph in still water. If it can travel a given distance... (answered by vleith)
Johan, in his motorboat, took 3 hours to make a downstream trip with the current at 6... (answered by Nate)
" A motor boat travels upstream whose current is in 3 kph. The boat reaches a destination (answered by mananth)