Question
Write a note on position isomerism.

Answer

$i.$ The phenomenon in which diffèrent compounds having the same functional group at different positions on the parent chain is known as position isomerism.
$ii.$ e.g. But$-1-$ene and but$-2-$ene are position isomers of each other as they have the same molecular formula $(C_4H_8)$ and the sanie carbon skeleton hut the double bonds are located at different positions.
Image

Need a full question paper?

Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.

Start Generating Free

Similar questions

The two natural isotopes of chlorine viz. ${ }_{17}^{35} \mathrm{Cl}$ and ${ }_{17}^{37} \mathrm{Cl}$ exist in relative abundance of $3: 1$. Find out the average atomic mass of chlorine.
Write a note on the applications of analytical chemistry.
Assign oxidation number to the underlined species and write Stock notation of compound
Compound Oxidation number Stock notation
$AuCl_3$ …………….. ……………..
$SnCl_2$ …………….. ……………..
$V––2O4−7$ …………….. ……………..
$Pt–––Cl2−6$ …………….. ……………..
$H_3AsO_3$​​​​​​​ …………….. ……………..
Give the significance of octet rule. Explain why this rule is not valid for $H$ and $Li$ atoms.
Name the types of intermolecular forces present in Ar, $Cl_2, CCl_4$ and $HNO_3.$
A sample of $N_2$ gas was placed in a flexible $9.0 L$ container at $300 K$ at a pressure of $1.5 \ atm.$ The gas was compressed to a volume of $3.0 L$ and heat was added until the temperature reached $600 K$. What is the new pressure inside the container?
Identify the $\alpha -$carbons in the following species and give the total number of α-hydrogen in each.Image
Which of the following redox couple is stronger reducing agent?
a. Li $\left(E^0=-3.05 V \right)$ and $M g\left(E^0=-2.36 V \right)$
b. $Zn \left( E ^0=-0.76 V \right)$ and $Fe \left( E ^0=-0.44 V \right)$
Write two examples of the following.
a. Analgesics
c. Antiseptics
d. Antibiotics
e. Disinfectant
The volume of a given mass of a gas is 0.6 dm3 at a pressure of 2 atm. Calculate the volume of the gas if its pressure is increased to 2.4 at the same temperature.