Question

How is VOCI2 obtained from VOCl3
​

Answer 1

Answer:

VOCl3 + VOCl------->2VOCl2

Explanation:

Given: VOCl3 and VOCl2 compounds are given.

To Find: How is VOCl2 obtained from VOCl3

Solution: For obtaining VOCl2 from VOCl3 we have the below mentioned reaction:

                            VOCl3 + VOCl------->2VOCl2

The above reaction is an example of composition reaction in which two compounds react with each other  to give a single compound at a particular temperature or pressure or under the influence of any catalyst.

The reactants of the reaction are know as the constituents of the product.

In the above reaction constituents of VOCl2 are VOCl3 and VOCl where we have:

VOCl2 = Vanadyl Dichloride

VOCl = Vanadium oxide-chloride

VOCl3 = Vanadium(V) Oxytrichloride

The reaction takes place at temperature 450 degree celcius and an overpressure and in presence of catalyst like liquid TiCl4.

Code: #SPJ3

Answer 2

Answer:

The correct answer is      

$VOCl_{3} + VOCl$ → $2VOCl_{2}$

Explanation:

For acquiring $VOCl_{2}$ from $VOCl_{3}$ we have the below-mentioned reaction:

            $VOCl_{3} + VOCl$ → $2VOCl_{2}$

The above reaction exists as an instance of a composition reaction in which two compounds react with each other to provide a single compound at a certain temperature or pressure or under the influence of any catalyst.

The reactants of the reaction are comprehended as the constituents of the product.

In the above reaction constituents of $VOCl_{2}$ are $VOCl_{3}$ and $VOCl$

where we have:

$VOCl_{2}$ = Vanadyl Dichloride

$VOCl$= Vanadium oxide-chloride

$VOCl_{3}$ = Vanadium(V) Oxytrichloride

The reaction brings place at a temperature of 450 degree Celsius and under overpressure and in the existence of catalysts like liquid $TiCl_{4}$.

Therefore, the correct answer is      

$VOCl_{3} + VOCl$ → $2VOCl_{2}$

#SPJ3