Major binding force in silicon is

a) ionic bond

b) covalent bond

c) dipole dipole interaction

d) induced dipole dipole interaction

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Solution

b.

Main binding force of silicon is covalent bond.

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Similar questions

Q. Statement-1: Experimentally, 100% covalent bond formation is not possible.
Statement-2: A non-polar molecule has instantaneous dipole-induced dipole interactions.

Q. For the type of interactions:

(I)

Covalent bond,

(I I)

van der waal's forces,

(I I I)

Hydrogen bonding,

(I V)

Dipole-dipole interaction, which represents the correct order of increasing stability?

Match the following:

(1)Non-polar Molecular solids (i) Coulombic or electrostatic forces

(2)H-Bonded Molecular solids (ii) H-bonding

(3)Ionic solids (iii) Metallic bonding

(4)Covalent solids (iv) Weak dispersion forces

(5)Metallic solids (v) dipole – dipole interaction

(vi) covalent Bonding

For dipole-induced dipole forces, interaction energy is:

Match the following:

$\begin{matrix} C o l u m n I & C o l u m n I I (1) . N o n - p o l a r M o l e c u l a r s o l i d s & (i) C o u l o m b i c o r e l e c t r o s t a t i c f o r c e s (2) . H - B o n d e d M o l e c u l a r s o l i d s & (i i) . H - b o n d i n g (3) . I o n i c s o l i d s & (i i i) . M e t a l l i c b o n d i n g (4) . W e a k d i s p e r s i o n f o r c e s & (i v) . W e a k d i s p e r s i o n f o r c e s (5) . M e t a l l i c s o l i d s & (v) . d i p o l e - d i p o l e i n t e r a c t i o n . (v i) . c o v a l e n t B o n d i n g . \end{matrix}$

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Major binding force in silicon is a) ionic bond b) covalent bond c) dipole dipole interaction d) induced dipole dipole interaction

b. Main binding force of silicon is covalent bond.

Major binding force in silicon is

a) ionic bond

b) covalent bond

c) dipole dipole interaction

d) induced dipole dipole interaction

b.

Main binding force of silicon is covalent bond.