A force acting on a certain particle depends of the particles position in the xy-plane. This force F is given by the expression
`vec(F) = (xy hat(i) + xy hat(j)) (1 N//m^(2))`
where x and y are expressed in metre. If `vec(F)` is a conservation force ?

One of the forces acting on a certain particle depends on the particle's position in the xy -plane. This force vec F expressed in newtons, is given by the expression vec F = (xy hat i+ xy hat j) where x and y are in metres. The particle is moved from O to C through three different paths :- The work done by this force on path OC is

One of the forces acting on a certain particle depends on the particle's position in the xy -plane. This force vec F expressed in newtons, is given by the expression vec F = (xy hat i+ xy hat j) where x and y are in metres. The particle is moved from O to C through three different paths :- The work done by this force on path OAC is.

One of the forces acting on a certain particle depends on the particle's position in the xy -plane. This force vec F expressed in newtons, is given by the expression vec F = (xy hat i+ xy hat j) where x and y are in metres. The particle is moved from O to C through three different paths :- The work done by this force on path OBC is

One of the forces acting on a certain particle depends on the particle's position in the xy -plane. This force vec F expressed in newtons, is given by the expression vec F = (xy hat i+ xy hat j) where x and y are in metres. The particle is moved from O to C through three different paths :- Which of the following can be negative ?

If vec(F) = (5hat(i)+2hat(j) - 4hat(k))N , the magnitude of force is

The position vector of a particle moving in x-y plane is given by vec(r) = (A sinomegat)hat(i) + (A cosomegat)hat(j) then motion of the particle is :

A force vec(F) = (5hat(i) + 3hat(j)) N is applied over a particle which displaces it from its origin to the point vec(r ) = (2hat(i) - 1hat(j)) meter. The work done on the particle is :