Home
Class 12
PHYSICS
A vector vecA points vertically upward a...

A vector `vecA` points vertically upward and `vecB` points towards north. The vector product `vecAxxvecB` is

A

East

B

West

C

North

D

South

Text Solution

Verified by Experts

The correct Answer is:
A
Promotional Banner

Similar Questions

Explore conceptually related problems

A vector vecA points vertically upward and vecB points towards north. The vector produce vecAxxvecB is

A vector vecA is along the positive z-axis and its vector product with another vector vecB is zero, then vector vecB could be :

Two vectros vecA and vecB are obtained by joining the origin to the points whose coordinates are (1,0,-1) and (-1,1,1). Find the magnitude of the vectors vecAxxvecB and the direction cosines of this vector.

If the angle between the vectors vecA and vecB is theta, the value of the product (vecB xx vecA) * vecA is equal to

The projection vector of veca" on "vecb is

If veca ,vecb and vecc are three mutually orthogonal unit vectors , then the triple product [(veca+vecb+vecc,veca+vecb, vecb +vecc)] equals

If veca and vecb be any two mutually perpendiculr vectors and vecalpha be any vector then |vecaxxvecb|^2 ((veca.vecalpha)veca)/(|veca|^2)+|vecaxxvecb|^2 ((vecb.vecalpha)vecb)/(|vecb|^2)-|vecaxxvecb|^2vecalpha= (A) |(veca.vecb)vecalpha|(vecaxxvecb) (B) [veca vecb vecalpha](vecbxxveca) (C) [veca vecb vecalpha](vecaxxvecb) (D) none of these

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

Three vectors vecA, vecB and vecC satisfy the relation vecA. vecB=0 and vecA. vecC=0. The vector vecA is parallel to

If veca and vecb are unit vectors, then angle between veca and vecb for sqrt3 ​ veca − vec b to be unit vector is