Posted by **shantel ** on Thursday, January 17, 2013 at 12:03am.

A pilot flies her route in two straight-line segments. The displacement vector A for the first segment has a magnitude of 246 km and a direction 30.0o north of east. The displacement vector B for the second segment has a magnitude of 178 km and a direction due west. The resultant displacement vector is R = A + B and makes an angle è with the direction due east. Using the component method, find (a) the magnitude of R and (b) the directional angle è.

- physics -
**drwls**, Thursday, January 17, 2013 at 7:09am
(1) Resolve travel segments into north and east components

(2) Perform a vector addition of the north and east components separately.

(3) With the east and north components of the sum vector, N and E, compute the magnitude and direction

Magnitude = sqrt(N^2 + E^2)

Direction (N of E) = tan^-1 (N/E)

## Answer This Question

## Related Questions

- physics - A pilot flies her route in two straight-line segments. The ...
- physics - A pilot flies her route in two straight-line segments. The ...
- Physcis(Please help) - A pilot flies her route in two straight-line segments. ...
- Physics - A jogger runs 145m. in a direction 20.0 degrees east of north (...
- physics - Displacement vectors A, B, and C add up to a total of zero. Vector A ...
- physics - The route followed by a hiker consists of three displacement vectors...
- physics - Displacement vectors A, B, and C add up to a total of zero. Vector A ...
- physics - Displacement vectors A,B,and C add up to a total of zero. Vector A has...
- physics - (a) An object is subjected to two displacements. The displacement ...
- Physics - An air traffic controller observes two airplanes approaching the ...

More Related Questions