The vector `veca+vecb` bisects the angle between the non-collinear vectors `vecaandvecb`, if……..

The vector veca+vecb bisects the angle between the non collinear vectors veca and vecb if ……..

The vector (bar(a)+bar(b)) bisects the angle between the non-collinear vectors bar(a) and bar(b) , if ……………

The vector veca+vecb bisects the angle between the vectors hata and hatb if (A) |veca|+|vecb|=0 (B) angle between veca and vecb is zero (C) veca and vecb are equal vector (D) none of these

The vector veca+vecb bisects the angle between the vectors hata and hatb if (A) |veca|+|vecb|=0 (B) angle between veca and vecb is zero (C) |veca|=|vecb|=0 (D) none of these

The vector veca+vecb bisects the angle between the vectors hata and hatb if (A) |veca|+|vecb|=0 (B) angle between veca and vecb is zero (C) |veca|=|vecb|=0 (D) none of these

the angle between vectors veca × vecb and vecb × veca is

If veca and vecb are two vectors, such that veca.vecbgt0 and |veca.vecb|=|vecaxxvecb| then the angle between the vectors veca and vecb is

Given : vecP=vecA+vecBandvecQ=vecA-vecB . If the magnitudes of vectors vecP and vecQ are equal, what is the angle between vectors vecAandvecB ?

If veca and vecb are two vectors, such that veca.vecblt0 and |veca.vecb|=|vecaxxvecb| then the angle between angles between the vectors veca and vecb is