The volume of acetylene at `NTP` produced by reaction to `50gm` of `CaC_(2)` with water is : `CaC_(2)+H_(2)O rarr Ca(OH)_(2)+C_(2)H_(2)`

The volume of ascetylene at NTP produced by reaction of 50 gm of CaC_(2) with water is : CaC_(2)+H_(2)O rarr Ca(OH)_(2)+C_(2)H_(2)

The volume of ascetylene at NTP produced by reaction of 50 gm of CaC_(2) with water is : CaC_(2)+H_(2)O rarr Ca(OH)_(2)+C_(2)H_(2)

CaC_(2) + H_(2)O to

What volume of acetylene at NTP will be produced from 100 g of CaC_2 when reacts with excess of water ?

Polythene can be produced from calcium carbide according to the following sequence of reactions. CaC_(2)+2H_(2)Orarr Ca(OH)_(2)+C_(2)H_(2), C_(2)H_(2)+H_(2)rarr C_(2)H_(4), nC_(2)H_(4)rarr(C_(2)H_(4))n The mass of polythene which can be produced from "20.0 kg of "CaC_(2) is :

Polythene can be produced from calcium carbide according to the following sequence of reactions. CaC_(2)+2H_(2)Orarr Ca(OH)_(2)+C_(2)H_(2), C_(2)H_(2)+H_(2)rarr C_(2)H_(4), nC_(2)H_(4)rarr(C_(2)H_(4))n The mass of polythene which can be produced from "20.0 kg of "CaC_(2) is :

The fomation of polyethylene from calcium carbide takes place as follows: CaC_(2)+2H_(2)OrarrCa(OH_(2))+C_(2)H_(2) C_(2)H_(2)+H_(2)rarrC_(2)H_(4) The amount of polyethylene obtained form 64kg of CaC_(2)

The fomation of polyethylene from calcium carbide takes place as follows: CaC_(2)+2H_(2)OrarrCa(OH_(2))+C_(2)H_(2) C_(2)H_(2)+H_(2)rarrC_(2)H_(4) The amount of polyethylene obtained form64kg of CaC_(2)

Polyethylene can be produced from CaC_(2) according to the following sequence of reaction. CaC_(2)+H_(2)O to CaO+C_(2)H_(2) nC_(2)H_(2)+nH_(2) to (--CH_(2)-CH_(2)--)_(n) The mass of polyethylene, which can be produced from 20kg of CaC_(2) is-