If the work done by a force `bar(F)=hat(i)+mhat(j)+hat(k)` in moving the point of application from `(1,1,1)" to "(3,3,3)` along a straight is 12 units, then m is

The work done by a force vec(F)=-5hat(k) as its point of application moves from the point (1,1,1) to the origin is equal to ………………… .

The work done by a force vec(F)=-5hat(k) as its point of application moves from the point (1,1,1) to the origin is equal to ………………… .

The work done by the force bar(F)=hat(i)+hat(j)+hat(k) acting on a particle, if the particle is displaced from A(3,3,3) to the point B(4,4,4) is …………. units.

What will be work done by a force vec(F) = 2hat(i) +2hat(j) - 4hat(k) when it moves a body from the point (2,0,-3) to (1,1,-5)

A force of magnitude 6 units acting parallel to 2hat(i)-2hat(j)+hat(k) displace the point of application from (1,2,3)" to "(5,3,7). Find the work done.

The work done by a force vec F = 3 hat i -4hat j +5hat k displaces the body from a point (3,4,6) to a point (7,2,5) is

A force vecF=hat i+5 hat j+7 hat k acts on a particle and displaces it throught vec s=6 hat I +9 hat k . Calculate the work done if the force is in newton and displacement in metre. (ii) Find the work done by force vec F=2hat i-3 hat j+hatk when its point of application moves from the point A(1,2,-3) to the point B (2,0, -5).

Consider a force overset ( r)(F)= -x^(3) hat( i) +y^(2) hat(j) .The work done by this force in moving a particle from A(1,0) to B(0,1) along a straight line is : ( All quantities are in SI units )

Consider a force overset ( r)(F)= -x^(3) hat( i) +y^(2) hat(j) .The work done by this force in moving a particle from A(1,0) to B(0,1) along a straight line is : ( All quantities are in SI units )

Consider a force overset ( r)(F)= -x^(3) hat( i) +y^(2) hat(j) .The work done by this force in moving a particle from A(1,0) to B(0,1) along a straight line is : ( All quantities are in SI units )