If the vectors `bar i-2xbar j-3ybar k and bar i+3xbar j-2ybar k` are orthogonal to each other,then the locus of the point (x,y) is

If the vectors vec i-2xvec j-3yvec k and vec i+3xvec j-2yvec k are orthogonal to each other,then the locus of the point (x,y) is

If the vectors hat(i)-2 x hat(j)-3yhat(k) and hat(i)+3xhat(j)+2yhat(k) are orthogonal to each other, then what is the locus of the point (x, y) ?

If the vectors -hat(i)-2xhat(j)-3y hat(k) and hat(i)-3x hat(j)-2y hat(k) are orthogonal to each other, then what is the locus of the point (x, y) ?

If the vectors hat(i)-x hat(j)-y hat(k) and hat(i)+x hat(j)+y hat(k) are orthogonal to each other, then what is the locus of the point (x, y) ?

The vectors hat(i)- 2x hat(j) - 3y hat(k) and hat(i) + 3x hat(j) + 2y hat(k) are orthogonal to each other. Then, the locus of the point (x, y) is:

If the vectors bar(a)=-2bar(i)+3bar(j)+ybar(k) and bar(b)=xbar(i)-6bar(j)+2bar(k) are collinear, then the value of x+y is

If the vectors bar(a)=-2bar(i)+3bar(j)+ybar(k) and bar(b)=xbar(i)-6bar(j)+2bar(k) are collinear,then the value of x+y is

If the vectors 2bar(i) + lambda bar(j) - bar(k) and 4bar(i)-2bar(j)+2bar(k) are perpendicular to each other than find lambda .

If the vectors lambda bar(i)-3bar(j)+5bar(k), and 2lambdabar(i)-lambda(j)-bar(k) , are perpendicular to each other find lambda .

If vectors lambda bar(i) - 3bar(j)+5bar(k), 2lambda bar(i) - lambdabar(j) - bar(k) are perpendicular to each other find lambda .