`C_(3)H_(6)Br_(2)` can shown:

Find the number of dibromo derivatives of molecular formula C_(3)H_(6)Br_(2) is

A solution is of 0.0400 mol of C_(2)H_(4)Br_(2) and 0.0600 mol of C_(3)H_(6)Br_(2) exerts a vapour pressure of 145.4 mm Hg at a certain temperature . Determine the vapour pressure of pure C_(3)H_(6)Br_(2) at this temperature . Assume the vapour pressure of C_(2)H_(4)Br_(2) at this temperature is 173 mm Hg and that the solution obeys Raoult's Law:

A solution is prepared containing a 2:1 mol ration of dibromoethane (C_(2)H_(4)Br_(2)) and dibromopropane (C_(3)H_(6)Br_(2)) . What is the total vapour pressure over the solution assuming ideal behaviour?

A solution is prepared containing a 2:1 mol ration of dibromoethane (C_(2)H_(4)Br_(2)) and dibromopropane (C_(3)H_(6)Br_(2)) . What is the total vapour pressure over the solution assuming ideal behaviour?

Give two structural isomers of C_(3)H_(4)Br_(2) Which can exhibit geometrical isomerism ?

Number of isomers of molecular formula C_(2)H_(2)Br_(2) are