(A) : The resultant of vecP and vecQ makes the angles alpha and beta with vecP and vecQ respectively. If |vecP|>|vecQ| then beta>alpha ( R) : Resultant is always closer to the vector of larger magnitude

(A) : The resultant of vecP and vecQ makes the angles alpha and beta w

1.	(A) : The resultant of vecP and vecQ makes the angles alpha and beta with vecP and vecQ respectively. If \|vecP\|>\|vecQ\| then beta>alpha ( R) : Resultant is always closer to the vector of larger magnitude
Answer» Both (A) and ( R) are ture and ( R) is the CORRECT EXPLANATION of (A) Both (A) and ( R) are true and ( R) is not the correct explanation of (A) (A) is true but ( R) is FALSE Both (A) and ( R) are false ANSWER :A