[" A force vactor applied on mass "vec F=6hat i-8hat j+10hat k],[" and acch "1" mils what will be the mass "]

A force vector applied on a mass is represented as vec(F)=6hat(i)-8hat(j)+10hat(k) and acceleration with m//s^(2) . What will be the mass of the body in kg.

Vectors vec A=hat i+hat j-2hat k and vec B=3hat i+3hat j-6hat k are

Find the angle between the vectors 5hat i+3hat j+4hat k and vec a=6hat i-8hat j-hat k

If vectors vec A=2 hat i+3 hat j+4 hat k , vec B= hat i+ hat j+5 hat k and vec C form a left-handed system, then vec C is a. 11 hat i-6 hat j- hat k b. -11 hat i+6 hat j+ hat k c. 11 hat i-6 hat j+ hat k d. -11 hat i+6 hat j- hat k

A body, under the action of a force F=6hat(i)-8hat(j)+10hat(k) acceleration of 1ms^(-2) . The mass of this body must be

A body, under the action of a force F=6hat(i)-8hat(j)+10hat(k) acceleration of 1ms^(-2) . The mass of this body must be

Show that each of the following triads of vectors are coplanar: vec a=-4hat i-6hat j-2hat k,vec b=-hat i+4hat j+3hat k,vec c=-8hat i-hat j+3hat k

A body under the action of a force vec(F)=6hat(i)-8hat(j)N acquires an acceleration of 5ms^(-2) . The mass of the body is