The lines  and  lie in a same plane. Based on this information answer the following. Equation of the plane containing both lines

The lines  and  lie in a same plane. Based on this information answer the following. Point of intersection of these lines is

The given pair is :

Number of stereo centre and stereoisomer of the given compound :

The structures and represent :

Write the order of basic strength :

Arrange the following acids in decreasing order of acidity :

The lines  and  lie in a same plane. Based on this information answer the following. The value of  is

Let A(2,3,5), B(-1,3,2),  are the vertices of a triangle and its median through A (i.e.) AD is equally inclined to the coordinate axes On the basis of the above information answer the following Equation of the plane containing the triangle ABC is

Let A(2,3,5), B(-1,3,2),  are the vertices of a triangle and its median through A (i.e.) AD is equally inclined to the coordinate axes On the basis of the above information answer the following Projection of AB on BC is

Let A(2,3,5), B(-1,3,2),  are the vertices of a triangle and its median through A (i.e.) AD is equally inclined to the coordinate axes On the basis of the above information answer the following The value of  is equal to

Let two planes  and  are given On the basis of the above information, answer the following question: The image of plane P₁ in the plane mirror P₂ is

 Therefore, the equation becomes 7x-y+2z=9.

Let two planes  and  are given On the basis of the above information, answer the following question: The equation of the bisector of angle of the planes P₁ and P₂ which not containing origin is

=  + 
-> 3x +y = 5.

Let then area bounded by x. f(x), and x=0, x=5 with x axis, is (in sq units)

(6,6) is a point on the circle by translation of origin to a certain point the translated equation is the new co-ordinates of (6,6) are

The locus of points from which lengths of tangents to the two circles  are in the ratio 2 : 3 is a circle with centre