Fluoro carbon polymers can be made by fluorinationg polythene.
(i) `(CH_(2))_(n) + 4n Co F_(3) rarr (CF_(2))_(n) + 2 nHF + 4 nCoF_(2)`
Where `n` is large integer. The `CoF_(3)` can be regenarted by the above reaction.
(ii) `2CoF_(2) + F_(2) rarr 2CoF_(3)`
If the `HF` formed in reactionn (i) cannot be reused, calculate the weight of `F_(2)` consumed by `1.0 g` of `(CF_(2))_(n)` produced.

Fluoro carbon polymers can be made by fluorinationg polythene. (i) (CH_(2))_(n) + 4n Co F_(3) rarr (CF_(2))_(n) + 2 nHF + 4 nCoF_(2) Where n is large integer. The CoF_(3) can be regenarted by the above reaction. (ii) 2CoF_(2) + F_(2) rarr 2CoF_(3) If HF can be recovered and electrolyzed to H_(2) and if F_(2) , is used for regenerating CoF_(3) , what is the net consuption of F_(2) for 1.0 g of (CF_(2))_(n) .

Fluoro carbon polymers can be made by fluorinationg polythene. (i) (CH_(2))_(n) + 4n Co F_(3) rarr (CF_(2))_(n) + 2 nHF + 4 nCoF_(2) Where n is large integer. The CoF_(3) can be regenarted by the above reaction. (ii) 2CoF_(2) + F_(2) rarr 2CoF_(3) If HF can be recovered and electrolyzed to H_(2) and if F_(2) , is used for regenerating CoF_(3) , what is the net consuption of F_(2) for 1.0 g of (CF_(2))_(n) .

The reaction , CH_(3)CHO + H_(2) N - NH_(2) rarr CH_(3) = N.NH_(2) is :

Waite the name of momomers of the following polymers. a) [--CO-(CH_(2))_(5)-N--]_(n) b) [--CF_(2)-CF_(2)--]_(n)

The hybridization of [CoF_(6)]^(3-) and [Co(C_(2)O_(4))}^(3-) are :