If `veca=(hati+hatj+hatk), and veca.vecb=1 and vecaxxvecb = -(hati-hatk) then vecb` is
(A) `hati-hatj+hatk` (B) `2hatj-hatk` (C) `hatj` (D) `2hati`

If veca = (hati + hatj +hatk), veca. vecb= 1 and vecaxxvecb = hatj -hatk , " then " vecb is (a) hati - hatj + hatk (b) 2hati - hatk (c) hati (d) 2hati

If veca=2hati+3hatj+4hatk,veca.vecb=2 and vecaxxvecb=2hati-hatk , then vecb is

If veca=2hati-3hatj+4hatk, veca.vecb=2 and veca xx vecb=hati+2hatj+hatk , then vecb is equal to

Find vecaxxvecb and |vecaxxvecb| if veca=2hati+hatj+3hatk and vecb=3hati+5hatj-2hatk

Let veca=hatj-hatk and vecc=hati-hatj-hatk . Then the vector vecb satisfying vecaxxvecb+vecc=0 and veca.vecb=3 is (A) -hati+hatj-2hatk (B) 2hati-hatj+2hatk (C) hati-hatj-hatk (D) hati+hatj-2hatk

If veca=4hati+3hatj+2hatk and vecb=3hati+2hatk , find |vecbxx2veca|

If veca = 2hati -3hatj-1hatk and vecb =hati + 4hatj -2hatk " then " veca xx vecb is

If veca=2hati-3hatj-hatk and vecb=hati+4hatj-2hatk , then vecaxxvecb is

If the vectors hati-hatj, hatj+hatk and veca form a triangle then veca may be (A) -hati-hatk (B) hati-2hatj-hatk (C) 2hati+hatj+hatjk (D) hati+hatk

If the vectors hati-hatj, hatj+hatk and veca form a triangle then veca may be (A) -hati-hatk (B) hati-2hatj-hatk (C) 2hati+hatj+hatjk (D) hati+hatk