Posted by **Daniel** on Wednesday, July 3, 2013 at 2:20am.

A kayaker paddles across a river at a constant speed of 4 miles per hour and a bearing of N 60 degrees E. Which current vector results in the kayaker's actual speed being 5.9 miles per hour and the kayakers actual direction being N 70 degrees E.

## Answer this Question

## Related Questions

- Alegebra - If a kayaker's speed while traveling upstream is 7 miles per hour and...
- physics... - A kayaker paddles due north at 2 m/s. The river the kayaker is ...
- Math - A kayaker paddled 2 hours with a 6 mph current in a river. The return ...
- Physics - A kayaker paddles with a power output of 50.0 W to maintain a steady ...
- Physics - A kayaker needs to paddle north across a 85 m wide harbor. The tide is...
- Algebra - A kayaker paddles upstream for 1.5 hours then turns his kayak around ...
- Help...More Math Help!!!...Please! - A kayaker paddled 2 hours with a 6 mph ...
- Math - A fishing boat leaves port at 11 miles per hour at a bearing of 210 ...
- Math - My Question is : A plane with an air pf 192 miles per hour is headed on a...
- math - A fishing boat leaves port at 11 miles per hour at a bearing of 210 ...

More Related Questions