A force `vecF=3hati+chatj+2hatk` acting on a particle causes a displacement `vecd=-4hati+2hatj-3hatk`. If the work done is 6 J. then the value of c will be

A force vecF=3hati+chatj+2hatkN acting on a particle causes a displacement vecS=-4hati+2hatj-3hatk m. if the workdone is 6 joule, the value of of c is

A force vecF = 3hati+chatj+2hatk acting on a particle causes a displacement vecs =- 4hati+2hatj+3hatk in its own direction. If the work done is 6 J, the value of c is

A force vecF=6hati+2hatj+3hatk acts on a particle and produces a displacement of vecS=2hati-3hatj+xhatk . If the work done is zero, the value of x is

A force vecF=6hati+2hatj-3hatk acts on a particle and produces a displacement of vecs=2hati-3hatj+xhatk . If the work done is zero, the value of x is

A force (vecF)=3hati+chatj+2hatk acting on a particle causes a displacement: (vecS)=-4hati+2hatj+3hatk in its own direction. If the work done is 12 J, then the value of .c. is

A force (vecF) = 3 hati + c hatj + 2 hatk acting on a partical causes a displacement: (vecs) = - 4 hati + 2 hatj + 3 hatk in its own direction . If the work done is 6 j , then the value of c is

A force vecF=2hati-3hatj+7hatk(N) acts on a particle which undergoes a displacement vecr=7hati+3hatj-2hatk (M). Calculate the work done by the force

A force (F) = - 5 hati - 7hatj + 3hatk acting on a particles causesa displacement (s) = 3hati - 2hatj + ahatk n its own direction. If the work done is 14 J, then the vaule of 'a' is

A force vecF=5hati+6hatj+4hatk acting on a body, produces a displacement vecS=6hati-5hatk . Work done by the force is