Question

An object is given two initial velocities, one that has a magnitude of 60.0 ms-1 and points along a direction that is 35.0° north of east and the other has a magnitude of 55.0 ms-1 that points 15.0°, also north of east. Determine the resultant velocity of the object.
do this with north (y) and east (x) components the same way as the one you asked below.
Use the formula for resultant of two vectors.

R = √(3600 + 3025 + 2*60*55*cos20)

You should also find direction of resultant using the tan fromula

Related Questions

An object has a velocity of 5.00 m/s at an angle of 30.0˚ north of east. If we define east as the +x... A car’s initial velocity is 50.0 km/h in the direction 60.0° north of east, and its final velocity i... Four forces of magnitude 10n 5n 4n and 6n act on an object in the directions north west east and s... Four forces of magnitude 10N 5N 4N and 6N act on an object in the direction of north west east and s...