[" 6: If the vectors "bar(a)" and "b" are linearly "],[" independent satisfying "],[(sqrt(3)tan theta+1)bar(a)+(sqrt(3)sec theta-2)bar(b)=0],[" then the most general values of "theta" an "]

If the vectors vec a and vec b are linearly independent and satisfying (sqrt(3)tan theta-1)vec a+(sqrt(3)sec theta-2)vec b=vec 0 then the most general values of theta are:

If the vectors veca and vecb are linearly independent satisfying (sqrt3 tan theta+1) veca+ (sqrt3 sec theta -2)vecb =0 , then the most general values of theta are

If the vectors veca and vecb are linearly independent satisfying (sqrt3 tan theta+1) veca+ (sqrt3 sec theta -2)vecb =0 , then the most general values of theta are

If the vectors vec a and vec b are linearly independent and satisfying (sqrt3tantheta+1)vec a + (sqrt3sectheta-2)vec b=vec 0 ,then the most general values of theta are:

If the vectors vec a and vec b are linearly independent and satisfying (sqrt3tantheta-1)vec a + (sqrt3sectheta-2)vec b=vec 0 ,then the most general values of theta are:

If the vectors vec a and vec b are linearly independent and satisfying (sqrt3tantheta+1)vec a + (sqrt3sectheta-2)vec b=vec 0 ,then the most general values of theta are:

If the vectors vec a and vec b are linearly idependent satisfying (sqrt(3)tan theta+1)vec a+(sqrt(3)sec theta-2)vec b=0 then the most general values of theta are a.n pi-(pi)/(6),n in Z b.2n pi+-(11 pi)/(6),n in Z c.n pi+-(pi)/(6),n in Z d.2n pi+(11 pi)/(6),n in Z

If sqrt(2)sec theta+tan theta=1, then the general value of theta is

If tan^(2)theta-(1+sqrt(3))tan theta+sqrt(3)=0, then the general value of theta is

If tan^(2)theta-(1+sqrt(3))tan theta+sqrt(3)=0, then the general value of theta is