Let the unit vectors `veca` and `vecb` be perpendicular to each other and the unit vector `vecc` be inclined at an angle `theta` to both `veca` and `vecb`. If `vecc = xveca +yvecb + z(veca xx vecb) ` then

Unit vectors veca and vecb ar perpendicular , and unit vector vecc is inclined at an angle theta to both veca and vecb . If vec c= alpha veca + beta vecb + gamma (veca xx vecb) then.

Unit vectors veca and vecb ar perpendicular , and unit vector vecc is inclined at an angle theta to both veca and vecb . If alpha veca + beta vecb + gamma (veca xx vecb) then.

Unit vectors veca and vecb ar perpendicular , and unit vector vecc is inclined at an angle theta to both veca and vecb . If alpha veca + beta vecb + gamma (veca xx vecb) then.

Unit vectors veca and vecb ar perpendicular , and unit vector vecc is inclined at an angle theta to both veca and vecb . If alpha veca + beta vecb + gamma (veca xx vecb) then.

The unit vector veca and vecb are perpendicular, and the unit vector vecc is inclined at an angle theta to both veca and vecb . If vecc=alpha veca+betavecb+gamma(vecaxxvecb) , then which one of the following is incorrect?

Unit vectors veca and vecb ar perpendicular , and unit vector vecc is inclined at an angle theta to both veca and vecb . If alpha veca + beta vecb + gamma (veca xx vecb) ,then which of the following is incorrect?

Let veca.vecb=0 where veca and vecb are unit vectors and the vector vecc is inclined an anlge theta to both veca and vecb. If vecc=mveca+nvecb + p(veca xx vecb) , (m,n,p in R) then

Let veca.vecb=0 where veca and vecb are unit vectors and the vector vecc is inclined an anlge theta to both veca and vecb. If vecc=mveca+nvecb + p(veca xx vecb) , (m,n,p in R) then

Let veca.vecb=0 where veca and vecb are unit vectors and the vector vecc is inclined an anlge theta to both veca and vecb. If vecc=mveca+nvecb + p(veca xx vecb) , (m,n,p in R) then

Let veca and vecb be two mutually perpendicular unit vectors and vecc be a unit vector inclned at an angle theta to both veca and vecb . If vecc=xveca+xvecb+y(vecaxxvecb) , where x,yepsilonR , then the exhaustive range of theta is