The magnitude of the vector product of two vectors `vecA` and `vecB` may not be:

The magnitude of the vectors product of two vectors vecA and vecB may be

The magnitude of the vectors product of two vectors vecA and vecB may be

The magnitude of the vectors product of two vectors |vecA| and |vecB| may be

The magnitude of the vectors product of two vectors |vecA| and |vecB| may be

The magnitude of the vector product of two vectors vecA and vecB may be - (a) Greater than AB " " (b) Equal to AB (c) Less than AB " " (d) Equal to Zero

The magnitude of the vector product of vecA and vecB may be

The dot product of the two vectors veca and vecb is

Magnitude of the cross product of the two vectors (vecA and vecB) is equal to the dot product of the two . Magnitude of their resultant can be written as

The resultant of two vectors vecA and vecB is perpendicular to the vector vecA and its magnitude is equal to half of the magnitude of the vector vecB . Find out the angles between vecA and vecB . .