In which of the following overlapping bond is not formed if internuclear axis is `y`?
(1) `p_(z)` and `p_(z)`
(2) `p_(x)` and `p_(x)`
(3) `p_(y)` and `p_(y)`
(4) `p_(x)` and `p_(y)`

Considering z - axis as the internuclear axis, which of the following will not form sigma bond? (a) 2s and 2s (b) 2p_(y) and 2p_(y) (c ) 2s and 2p_(z) (d) 2p_(x) and 2p_(z) (e) 2p_(z) and 2p_(z) .

If z - axis is the internuclear axis, which of the following combinations are not allowed ? (i) 2s and 2s (ii) 1s and 2p_(x) (iii) 2pP_(y) and 2p_(y) (iv) 2p_(x) and 2p_(z) (v) 2p_(z) and 2p_(z) (vi) 2s and 2p_(z) (vii) 2p_(x) and 2p_(y) .

Which of the following overlaps is incorrect [assuming z-axis to be the internuclear axis]? (P) 2p_(y)+2p_(y)rarrpi2p_(y) (Q) 2p_(z)+2p_(z)rarrsigma2p_(z) (R) 2p_(x)+2p_(x)rarrpi2p_(x) (S) 1s+2p_(y)rarrpi(1s-2p_(y))

Considering X axis as the internuvlear axis, which out of the following will form a sigma bond (a) 1s and ls (b) ls and 2p_(x) (c ) 2p_(y) and 2p_(y) (d) 2p_(x) and 2p_(y) (e) 1s and 2s .

IF molecular axis is X then which of the following overlapping will form pi bond? p_(z)+p_(z),p_(x)+p_(x),p_(x),p_(y),s+p_(z),p_(y)+p_(y)

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

Select the correct statement for overlapping of atomic orbitals : (I) 2p_(x) + 2p_(x) (II) 2p_(x) + 2p_(y) (iii) 2p_(z) + 2s