In co-ordinate bonds, the acceptor atoms must essentially contain in its valency shell an orbitial:

with paired electron

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with single electron

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with no electron

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with three electron

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Solution

The correct option is C with no electron
Co-ordinate bond is formed when an atom with lone pair donates it to an atom with a vacant orbital, orbital with no electrons.

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Similar questions

A charged particle (electron or proton) is introduced at the origin $(x = 0, y = 0, x = 0)$ with a given initial velocity $\to v$ . A uniform electric field $\to E$ and a uniform magnetic field $\to B$ exist everywhere. The velocity $\to v$ , electric field $\to E$ and magnetic field $\to B$ are given in column $1, 2$ and $3,$ respectively. The quantities $E_{0}, B_{0}$ are positive in magnitude.

Column 1	Column 2	Column 3
$(I)$ Electron with $\to v = 2 \frac{E_{0}}{B_{0}}^x$	$(i)$ $\to E = E_{0}^z$	$(P)$ $\to B = - B_{0}^x$
$(I I)$ Electron with $\to v = \frac{E_{0}}{B_{0}}^y$	$(i i)$ $\to E = - E_{0}^y$	$(Q)$ $\to B = - B_{0}^x$
$(I I I)$ Electron with $\to v = 0$	$(i i i)$ $\to E = - E_{0}^x$	$(R)$ $\to B = B_{0}^y$
$(I V)$ Electron with $\to v = 2 \frac{E_{0}}{B_{0}}^x$	$(i v)$ $\to E = E_{0}^x$	$(S)$ $\to B = B_{0}^z$

In which case will the particle move in a straight line with constant velocity?

Q. Presuming all bonds from the central atom are single bonds, using knowledge of valence electrons predict which of the following would exhibit an

s p^{2}

hybrid orbital configuration when bonded to hydrogen.

According to orbital overlap concept, the formation of a covalent bond between two atoms results by pairing of electrons present in the valence shell having opposite spins.

Q. Assertion :Ionic bonds are directional in nature whereas covalent bonds are non-directional. Reason: According to orbital overlap concept, the formation of a covalent bond between two atoms results by pairing of electrons present in the valence shell having same spins.

Q. Give a single term for the following statements:
a) The tendency of atoms to have eight electrons in the outer shell.
b) Energy required to remove a valence electron to have an isolated atom.
c) The pair of electrons that are not involved in bond formation.
d) Tendency of an atom to attract bonded pairs of electrons towards itself in a molecule.
e) Bonds in which shared electron pair comes from one of the bonded atoms.

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In co-ordinate bonds, the acceptor atoms must essentially contain in its valency shell an orbitial:

The correct option is C with no electronCo-ordinate bond is formed when an atom with lone pair donates it to an atom with a vacant orbital, orbital with no electrons.

The correct option is C with no electron
Co-ordinate bond is formed when an atom with lone pair donates it to an atom with a vacant orbital, orbital with no electrons.