A palen mirror placed along xy plane is moving with velocity `-3hati+5hatk-4hatk.` A point in front of the plane mirror is moving with velocity `-2hati-4hatj+4hatk.` Find velocity of image
`[-2hati=14hatj+4hatk]`

A plane mirror is moving with velocity -2 hati - 3 hatj + 4hatk . A point object in front of the mirror move with a velocity -3 hati + 4 hatj -4hatk . There hat j is along the normal to the plane mirror and facing towards the object. Find velocity of image.

In a 3D coordinate system a plane mirror is placed parallel to XY plane and above the mirror a point object is moving at velocity vecv_(0)=5hati-3hatj-1lhatkm//s If mirror is also moving parallel to it self at velocity vecv_(m)=2hati+hatj-3hatk, find the velocity of image produced in mirror, [5hati-3hatj+5hatkm//s]

Find the vector equation of the plane passing through the point hati + hatj -2hatk and hati + 2hatj + hatk, 2hati - hatj + hatk.

The velocity of a particle is 3hati+2hatj+3hatk . Find the vector component of the velocity along the line hati-hatj+hatk and its magnitude.

Find the sum of the vectors veca = -2hati+hatj-4hatk and vecb = 3hati-hatj+5hatk .

Find the vector equation of the plane through the point (3hati+4hatj-hatk) and parallel to the plane vecr(2hati-3hatj+5hatk)+5=0 .

Find the projection of the vector veca=3hati+2hatj-4hatk on the vector vecb=hati+2hatj+hatk .

The velocity of a particle is vecv=3hati+2hatj+3hatk .Find the vector component of the velocity along the line hati-hatj+hatk and its magnitude.

The vector component of vector vecA =3hati +4hatj +5hatk along vector vecB =hati +hatj +hatk is :

The points with position vectors 5hati + 5hatk, -4hati + 3hatj - hatk and 2hati +hatj + 3hatk