Expand the following bond – line formula to show all the atoms including carbon and hydrogen.
(a)
(b)
(c)
(d)
(a)
(b)
(c)
(d)
(a) Step1: Bond – line formula
It is a representation of a molecular formula in which all covalent bonds are represented by one line (except the bond between carbon and hydrogen).
Step 2: Structural formula of given compound
We know that carbon is tetravalent. So, it makes four bonds with other atoms to complete an octet. To draw structural formula from bond-line structure, the remaining valency of carbon should be satisfied by a hydrogen atom.
(b) Step 1: Bond – line formula
It is a representation of a molecular formula in which all covalent bonds are represented by one line (except the bond between carbon and hydrogen).
Step 2: Structural formula of given compound
We know that carbon is tetravalent. So, it makes four bonds with other atoms to complete an octet. To draw structural formula from bond-line structure, the remaining valency of carbon should be satisfied by a hydrogen atom.
(c) Step 1: Bond – line formula
It is a representation of a molecular formula in which all covalent bonds are represented by one line (except the bond between carbon and hydrogen).
Step 2 : Structural formula of given compound
We know that carbon is tetravalent. So, it makes four bonds with other atoms to complete an octet. To draw structural formula from bond-line structure, the remaining valency of carbon should be satisfied by a hydrogen atom.
(d)Step 1: Bond–line formula
It is a representation of a molecular formula in which all covalent bonds are represented by one line (except the bond between carbon and hydrogen).
Step 2: Structural formula of given compound
We know that carbon is tetravalent. So, it makes four bonds with other atoms to complete an octet. To draw structural formula from bond-line structure, the remaining valency of carbon should be satisfied by a hydrogen atom.
It is a representation of a molecular formula in which all covalent bonds are represented by one line (except the bond between carbon and hydrogen).
Step 2: Structural formula of given compound
We know that carbon is tetravalent. So, it makes four bonds with other atoms to complete an octet. To draw structural formula from bond-line structure, the remaining valency of carbon should be satisfied by a hydrogen atom.
(b) Step 1: Bond – line formula
It is a representation of a molecular formula in which all covalent bonds are represented by one line (except the bond between carbon and hydrogen).
Step 2: Structural formula of given compound
We know that carbon is tetravalent. So, it makes four bonds with other atoms to complete an octet. To draw structural formula from bond-line structure, the remaining valency of carbon should be satisfied by a hydrogen atom.
(c) Step 1: Bond – line formula
It is a representation of a molecular formula in which all covalent bonds are represented by one line (except the bond between carbon and hydrogen).
Step 2 : Structural formula of given compound
We know that carbon is tetravalent. So, it makes four bonds with other atoms to complete an octet. To draw structural formula from bond-line structure, the remaining valency of carbon should be satisfied by a hydrogen atom.
(d)Step 1: Bond–line formula
It is a representation of a molecular formula in which all covalent bonds are represented by one line (except the bond between carbon and hydrogen).
Step 2: Structural formula of given compound
We know that carbon is tetravalent. So, it makes four bonds with other atoms to complete an octet. To draw structural formula from bond-line structure, the remaining valency of carbon should be satisfied by a hydrogen atom.
