DRAW A MOLECULAR ORBITAL FORMED BY COMBINATION OF 2px and 2px and 2pz and 2pz ORBITALS OF TWO ATOMS.

Number fo nodal plane in p_x orbital is :

The number of nodal planes in a p_x orbital is.

Which of the follwing combinations are not permisible ? (i) 2pz and 2pz (ii) 2s and 2py (iii) 1s and 2s (iv) 2px and 2px

If the z-axis is the molecular axis, then piMOs are formed by the overlap of (i) p_z and p_z (ii) p_y and p_y (iii) s and p_z (iv) p_x and p_x

The suggested molecular orbital electronic configuration of Co is : KK (sigma_2s)^2 (sigma _(2s))^2, (pi_(2px))^2 (pi_(2py))^2 (sigma_(2pz))^2 . Experimentally determined bond length in CO and CO^+ are 112.8 pm and 111.5 pm . This suggest that

Molecular Orbital Theory (MOT) || Limitations OF VBT || Main Postulates OF MOT || Formation OF Molecular Orbital (Linear combination OF Atomic Orbital) || Conditions for Combination OF Atomic Orbital

Can 1s and 2s atomic orbitals from molecular orbitals

The system of equations x+py=0, y+pz=0 and z+px=0 has infinitely many solutions for

Which combination will lead to pi -molecular orbitals ? (i) 2px-2px (ii) 2pz+2pz (iii) 2s+2pz (iv) 2py+2py