A particle moves from position `3hati+2hatj-6hatk` to `14hati+13hatj+9hatk` due to a uniform force of `(4hati+hatj+3hatk)N`. If the displacement in meters then work done will be

A particle moves from position 3hatj+2hatj-6hatk to 14hatj+13hatj+9hatk due to a uniform force of (4hatj+jhat+3hatk) N If the displacement in metres then work done will be If the displacement in metres then work done will be

A particle moves from position 3hati+2hatj-6hatk to 14hati+13hatj+9hatk due to a force vecF=(4hati+hatj+3hatk) N. If the displacement is in centimeter then work done will be

A particle moves from position 3hati+2hatj-6hatk to 14hati+13hatj+9hatk due to a force vecF=(4hati+hatj+3hatk) N. If the displacement is in centimeter then work done will be

A particle moves from position 3hati+2hatj+6hatk to 14hati+13hatj+9hatk due to a uniform force of 4hati+hatj+3hatk . Find the work done I the displacement is in metre.

A particle moves from position r_1=(3hati+2hatj-6hatk) m to position r_2=(14hati+13hatj+9hatk) m under the action of a force (4hati+hatj-3hatk) N , then the work done is

A particle moves from position r_1=(3hati+2hatj-6hatk) m to position r_2=(14hati+13hatj+9hatk) m under the action of a force (4hati+hatj-3hatk) N , then the work done is

A particle moves from one position vector (3hati+2hatj-6hatk) to the position vector (14hati+13hatj+9hatk) in meter when a unifrom force (4hati+hatj+3hatk) Nacts on it.Calculate the work done .

If force (vecF)=4hati+4hatj and displacement (vecs)=3hati+6hatk then the work done is

A particle moved from position vec r_(1) = 3 hati + 2 hatj - 6 hatk to position vecr_(2) = 14 hati + 13 hatj +9 hatk undre the action of a force (4 hati + hatj +3 hatk) newtons . Find the work done .