Suppose you two forces ` vec Fand vec F` . How would you combine then in order to have resultant force of magnitudes (a) zero ` (b) 2 vec F and (c) vec F`.

Suppose you two forces vec Fand vec F . How would you combine then in order to have resultant force of magnitudes (a) zero (b) 2 vec F and (c 0 vec F .

Suppose you have two forces overset(rarr)F and overset(rarr)F how would you combine them in order to have resultant force of magnitudes (a) zero , (b) 2 overset(rarr)F and (c ) overset(rarr)F ?

The magnitude of the resultant of vec(A)+vec(B) and vec(A)-vec(B) is

If vec a and vec b are two vectors such that (vec a+vec b)vec a-vec b=0 find the relation between the magnitudes of vec a and vec b

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

The sum of two forces vec P and vec Q is vec R such that |vec R|=|vec P| .The angle theta (in degrees) that the resultant of 2vec P and vec Q will make with vec Q is

The magnitude of the resultant vec R of two forces vec P and vec Q" is 20 N. "vec R make an angle of 30^(@) with vec P and an angle of 60^(@) with vec Q . What are the magnitudes of vec P and vec Q ?

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

The resultant of two velocity vectors vec(A) and vec(B) is perpendicular to vec(A) . Magnitude of Resultant vec(R ) is equal to half magnitude of vec(B) . If the angle between vec(A) and vec(B) is (30 theta)^(@) , then value of theta is ?

Two forces vecF_(1) = 2hati + 2hatj N and vecF_(2) = 3hati + 4hatkN are acting on a particle (a) Find the resultant force acting on particle (b) (b) Find the angle between vec(F_1) & vec(F_2) (c) Find the componant of force vec(F_1) along force vec(F_2) .