(b) We know that \(A{l^{ + 3}}\) cation is smaller than \(N{a^ + }\) (because of greater nuclear change) According to Fajan's rule, small cation polarise anion upto greater extent. Hence \(A{l^{3 + }}\) polarise \(C{l^ - }\) ion upto greater extent, therefore \(AlC{l_3}\) has covalent bond between \(Al\) and \(Cl\) atoms.
Chemical Bonding and Molecular Structure
11970
The following element forms a molecule with eight its own weight atoms
1 \(Si\)
2 \(S\)
3 \(Cl\)
4 \(P\)
Explanation:
(b) Sulphur has the second highest catenation property after carbon. Its molecule has eight atom bonded together (i.e.\({S_8}\))
Chemical Bonding and Molecular Structure
12007
Pick out the molecule which has zero dipole moment
1 \(N{H_3}\)
2 \({H_2}O\)
3 \(BC{l_3}\)
4 \(S{O_2}\)
Explanation:
(c) \(BC{l_3}\) has zero dipole moment because of its trigonal planar geometry.
Chemical Bonding and Molecular Structure
11971
In \({H_2}{O_2}\), the two oxygen atoms have
1 Electrovalent bond
2 Covalent bond
3 Coordinate bond
4 No bond
Explanation:
(b) \({H_2}{O_2}\). has open book structure.
Chemical Bonding and Molecular Structure
11972
Carbon has a valency of \(2\) in \(CO\) and \(4\) in \(C{O_2}\) and \(C{H_4}\). Its valency in acetylene \(\left( {{C_2}{H_2}} \right)\) is
1 \(4\)
2 \(2\)
3 \(3\)
4 \(1\)
Explanation:
As the four valence electrons of each carbon atom from its outermost shell are involved in covalent bonding so its valency is \(4\) (Tetravalent).
(b) We know that \(A{l^{ + 3}}\) cation is smaller than \(N{a^ + }\) (because of greater nuclear change) According to Fajan's rule, small cation polarise anion upto greater extent. Hence \(A{l^{3 + }}\) polarise \(C{l^ - }\) ion upto greater extent, therefore \(AlC{l_3}\) has covalent bond between \(Al\) and \(Cl\) atoms.
Chemical Bonding and Molecular Structure
11970
The following element forms a molecule with eight its own weight atoms
1 \(Si\)
2 \(S\)
3 \(Cl\)
4 \(P\)
Explanation:
(b) Sulphur has the second highest catenation property after carbon. Its molecule has eight atom bonded together (i.e.\({S_8}\))
Chemical Bonding and Molecular Structure
12007
Pick out the molecule which has zero dipole moment
1 \(N{H_3}\)
2 \({H_2}O\)
3 \(BC{l_3}\)
4 \(S{O_2}\)
Explanation:
(c) \(BC{l_3}\) has zero dipole moment because of its trigonal planar geometry.
Chemical Bonding and Molecular Structure
11971
In \({H_2}{O_2}\), the two oxygen atoms have
1 Electrovalent bond
2 Covalent bond
3 Coordinate bond
4 No bond
Explanation:
(b) \({H_2}{O_2}\). has open book structure.
Chemical Bonding and Molecular Structure
11972
Carbon has a valency of \(2\) in \(CO\) and \(4\) in \(C{O_2}\) and \(C{H_4}\). Its valency in acetylene \(\left( {{C_2}{H_2}} \right)\) is
1 \(4\)
2 \(2\)
3 \(3\)
4 \(1\)
Explanation:
As the four valence electrons of each carbon atom from its outermost shell are involved in covalent bonding so its valency is \(4\) (Tetravalent).
(b) We know that \(A{l^{ + 3}}\) cation is smaller than \(N{a^ + }\) (because of greater nuclear change) According to Fajan's rule, small cation polarise anion upto greater extent. Hence \(A{l^{3 + }}\) polarise \(C{l^ - }\) ion upto greater extent, therefore \(AlC{l_3}\) has covalent bond between \(Al\) and \(Cl\) atoms.
Chemical Bonding and Molecular Structure
11970
The following element forms a molecule with eight its own weight atoms
1 \(Si\)
2 \(S\)
3 \(Cl\)
4 \(P\)
Explanation:
(b) Sulphur has the second highest catenation property after carbon. Its molecule has eight atom bonded together (i.e.\({S_8}\))
Chemical Bonding and Molecular Structure
12007
Pick out the molecule which has zero dipole moment
1 \(N{H_3}\)
2 \({H_2}O\)
3 \(BC{l_3}\)
4 \(S{O_2}\)
Explanation:
(c) \(BC{l_3}\) has zero dipole moment because of its trigonal planar geometry.
Chemical Bonding and Molecular Structure
11971
In \({H_2}{O_2}\), the two oxygen atoms have
1 Electrovalent bond
2 Covalent bond
3 Coordinate bond
4 No bond
Explanation:
(b) \({H_2}{O_2}\). has open book structure.
Chemical Bonding and Molecular Structure
11972
Carbon has a valency of \(2\) in \(CO\) and \(4\) in \(C{O_2}\) and \(C{H_4}\). Its valency in acetylene \(\left( {{C_2}{H_2}} \right)\) is
1 \(4\)
2 \(2\)
3 \(3\)
4 \(1\)
Explanation:
As the four valence electrons of each carbon atom from its outermost shell are involved in covalent bonding so its valency is \(4\) (Tetravalent).
(b) We know that \(A{l^{ + 3}}\) cation is smaller than \(N{a^ + }\) (because of greater nuclear change) According to Fajan's rule, small cation polarise anion upto greater extent. Hence \(A{l^{3 + }}\) polarise \(C{l^ - }\) ion upto greater extent, therefore \(AlC{l_3}\) has covalent bond between \(Al\) and \(Cl\) atoms.
Chemical Bonding and Molecular Structure
11970
The following element forms a molecule with eight its own weight atoms
1 \(Si\)
2 \(S\)
3 \(Cl\)
4 \(P\)
Explanation:
(b) Sulphur has the second highest catenation property after carbon. Its molecule has eight atom bonded together (i.e.\({S_8}\))
Chemical Bonding and Molecular Structure
12007
Pick out the molecule which has zero dipole moment
1 \(N{H_3}\)
2 \({H_2}O\)
3 \(BC{l_3}\)
4 \(S{O_2}\)
Explanation:
(c) \(BC{l_3}\) has zero dipole moment because of its trigonal planar geometry.
Chemical Bonding and Molecular Structure
11971
In \({H_2}{O_2}\), the two oxygen atoms have
1 Electrovalent bond
2 Covalent bond
3 Coordinate bond
4 No bond
Explanation:
(b) \({H_2}{O_2}\). has open book structure.
Chemical Bonding and Molecular Structure
11972
Carbon has a valency of \(2\) in \(CO\) and \(4\) in \(C{O_2}\) and \(C{H_4}\). Its valency in acetylene \(\left( {{C_2}{H_2}} \right)\) is
1 \(4\)
2 \(2\)
3 \(3\)
4 \(1\)
Explanation:
As the four valence electrons of each carbon atom from its outermost shell are involved in covalent bonding so its valency is \(4\) (Tetravalent).
(b) We know that \(A{l^{ + 3}}\) cation is smaller than \(N{a^ + }\) (because of greater nuclear change) According to Fajan's rule, small cation polarise anion upto greater extent. Hence \(A{l^{3 + }}\) polarise \(C{l^ - }\) ion upto greater extent, therefore \(AlC{l_3}\) has covalent bond between \(Al\) and \(Cl\) atoms.
Chemical Bonding and Molecular Structure
11970
The following element forms a molecule with eight its own weight atoms
1 \(Si\)
2 \(S\)
3 \(Cl\)
4 \(P\)
Explanation:
(b) Sulphur has the second highest catenation property after carbon. Its molecule has eight atom bonded together (i.e.\({S_8}\))
Chemical Bonding and Molecular Structure
12007
Pick out the molecule which has zero dipole moment
1 \(N{H_3}\)
2 \({H_2}O\)
3 \(BC{l_3}\)
4 \(S{O_2}\)
Explanation:
(c) \(BC{l_3}\) has zero dipole moment because of its trigonal planar geometry.
Chemical Bonding and Molecular Structure
11971
In \({H_2}{O_2}\), the two oxygen atoms have
1 Electrovalent bond
2 Covalent bond
3 Coordinate bond
4 No bond
Explanation:
(b) \({H_2}{O_2}\). has open book structure.
Chemical Bonding and Molecular Structure
11972
Carbon has a valency of \(2\) in \(CO\) and \(4\) in \(C{O_2}\) and \(C{H_4}\). Its valency in acetylene \(\left( {{C_2}{H_2}} \right)\) is
1 \(4\)
2 \(2\)
3 \(3\)
4 \(1\)
Explanation:
As the four valence electrons of each carbon atom from its outermost shell are involved in covalent bonding so its valency is \(4\) (Tetravalent).
