Under a force `( 10 hati - 3 hatj + 6 hatk)` newton a body of mass 5 kg moves from position `( 6 hati + 5 hatj - 3 hatk)` m to position `( 10 hati - 2hatj+ 7hatk)` m . Deduce the work done.

Under a force of 10 hati - 3 hatj +6 hatk newton, a body of mass 5 kg is displaced from the position 6 hati + 5 hatj - 3 hatk to the position 10 hati - 2hatj + 7 hatk . Calculate the work done.

Under a fore (10hati-3hatj+6hatk) newton a bod of mass 5 kg moves from position (6hati+5hatj-3hatk) m to position (10hati-2hatj+7hatk) m. deduce the work done.

Under the effect of a force vecF=5hati-2 hatj+3hatk N, abody of mass 1 kg is displaced from position 5hati+4hatj-2hatk to position 8hati-hatj-hat4k . Calculate the work done .

A force of (10hati-3hatj+6hatk)N acts on a body of 5 kg and displaces it from (6hati+5hatj-3hatk)m "to" (10hati-2hatj+7hatk)m . The work done is

A constant force vecF=(3hati+2hatj+2hatk) N acts on a particle displacing it from a position vec(r_1)=(-hati+hatj-2hatk)m to a new position vecr_2=(hati-hatj+3hatk)m . Find the work done by the force.

A constant force vecF=(3hati+2hatj+2hatk) N acts on a particle displacing it from a position vec(r_1)=(-hati+hatj-2hatk)m to a new position vecr_2=(hati-hatj+3hatk)m . Find the work done by the force.

The points with position vectors 5hati + 5hatk, -4hati + 3hatj - hatk and 2hati +hatj + 3hatk

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 .

A force vecF=(2hati+3hatj+4hatk)N displaces a body from position vector vec(r_(1))=(2hati+3hatj+hatk)m to the positive vector vec(r_(2))=(hati+hatj+hatk)m . Find the work done by this force.