A force vec F=xy i-xy j acts on a particle.The particle moves from origin to (1, 1) along the path y=x^(2) and returns to origin along y=x .The work done by vec F in the round trip is : (everything is SI) (A) 0 (B) -(3)/(20) (C) (5)/(20) (D) -(5)/(20)

A force vec F=xyhat i-xyhat j acts on a particle.The particle moves from origin to (1 1) along the path y=x^(2) and returns to origin along y=x .The work done by vec F in the round trip is: (everything is SI) (A) 0 (B) -(3)/(20) (C) (5)/(20) (D) -(5)/(20)

A force vec F=xyhat i-xyhat j acts on a particle.The particle moves from origin to (1 1) along the path y=x^(2) and returns to origin along y=x .The work done by vec F in the round trip is : (everything is SI) (A) 0 (B) -(3)/(20) (C) (5)/(20) (D) (5)/(20)

A force vec F=xyhat i-xyhat j acts on a particle.The particle moves from origin to (1 1) along the path y=x^(2) and returns to origin along y=x .The work done by vec F in the round trip is : (everything is SI) (A) 0 (B) -(3)/(20) (C) (5)/(20) -(5)/(20)

The work done by a force F=2(x+4y)hat i+8xhat j N on a particle moving from origin to (4m,2m,0) along the path x^(2)=8y is 10n .Find the value of n

A force vec F=(6 hati -8 hatj)N , acts on a particle and displaces it over 4 m along the X-axis and 6 m along the Y-axis. The work done during the total displacement is

A force F = (4.0 x hat(i) + 3.0 y hat(j)) N acts on a particle which moves in the x-direction from the origin to x = 5.0 m. Find the work done on the object by the force.

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 :

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

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