[" Two vectors "vec A_(1)" and "vec A_(2)" each of "],[" magnitude A are inclined to each "],[" other such that their resultant is "],[" equal to "sqrt(3)A" .Then the resultant of "],[vec A_(1)" and "vec -A_(2)" is: "]

Two vectors vec A_(1) and vec A_(2) each of magnitude A are inclinded to each other such that their resultant is equal to sqrt(3) A. What is the magnitude of the resultant of vec A_(1) and -vec A_(2) is

Two forces vec(F_(1)) and vec(F_(2)) are acting at right angles to each other , find their resultant ?

Two vectors vec(P) " and "vec(Q) are added, the magnitude of resultant is 15 units. If vec(Q) is reversed and added to vec(P) resultant has a magnitude sqrt(113) units. The resultant of vec(P) and a vector perpendicular vec(P) and equal in magnitude to vec(Q) has a magnitude

Two vectors vec(P) " and "vec(Q) are added, the magnitude of resultant is 15 units. If vec(Q) is reversed and added to vec(P) resultant has a magnitude sqrt(113) units. The resultant of vec(P) and a vector perpendicular vec(P) and equal in magnitude to vec(Q) has a magnitude

Two vectors vec(P) " and "vec(Q) are added, the magnitude of resultant is 15 units. If vec(Q) is reversed and added to vec(P) resultant has a magnitude sqrt(113) units. The resultant of vec(P) and a vector perpendicular vec(P) and equal in magnitude to vec(Q) has a magnitude

Two vectors of magnitude A and sqrt3 A are perpendicular to each other. What is the angle which their resultant makes with vec A ?

Two vectors of magnitude A and sqrt3 A are perpendicular to each other. The angle which their resultant makes with vec A is_____.

Two vectors vec a&vec b have equal magnitudes of 10m, Find the magnitude and direction of the resultant vector.

Two vectors vec(a) and vec(b) are at an angle of 60^(@) with each other . Their resultant makes an angle of 45^(@) with vec(a) If |vec(b)|=2 unit , then |vec(a)| is

Two vectors vec(a) and vec(b) are at an angle of 60^(@) with each other . Their resultant makes an angle of 45^(@) with vec(a) If |vec(b)|=2 unit , then |vec(a)| is