Home
Class 12
CHEMISTRY
A 10 g mixture of isobutane and isobuten...

A 10 g mixture of isobutane and isobutene requires 20 g of `Br_(2) ("in "C CI_(4))` for complete addition . If 10 g of the mixture is catalytically hydrogenated and the entire alkane is monobrominated in the pressence of light at 393K which exclusive product and how much of it would be formed ?
(Atomic weight of bromine =80)

Promotional Banner

Similar Questions

Explore conceptually related problems

A 10g mixture of iso-butane and iso-butene requires 20g of Br_2 (in CCl_4 ) for complete addition. If 10g of the mixture is catalytically hydrogenated and the entire alkane is monobrominated in the presence of light at 127^(@) C, how much of it would be formed? (Atom weight of bromine=80)

One gram of the acid C_(6) H_(10) O_(4) requires 0.768 g of KOH for complete neutralisation. How many neutralisable hydrogen atoms are in this molecule?

One gram of the acid C_(6) H_(10) O_(4) requires 0.768 g of KOH for complete neutralisation. How many neutralisable hydrogen atoms are in this molecule?

When 2.86 g of a mixture of 1- butene, C_(4)H_(8) and butane C_(4)H_(10) was burned in excess of oxygen 8.80 g of CO_(2) and 4:14 g of H_(2)O were obtained. What is percentage by mass of butane in the mixture

When 2.86 g of a mixture of 1- butene, C_(4)H_(8) and butane C_(4)H_(10) was burned in excess of oxygen 8.80 g of CO_(2) and 4:14 g of H_(2)O were obtained. What is percentage by mass of butane in the mixture

One mole of a mixture of CO and CO_(2) requires exactly 20g of NaOH is solution for complete conversion of alll the CO_(2) into Na_(2)CO_(3) . How many more grams of caustic soda would be required for the conversion of one mole of the totally oxidised form of given mixture.

A gaseous mixture of three gases A, B and C has a pressure of 10 atm. The total number of moles of all the gases is 10. If the partial pressure of A and B are 3.0 and 1.0 atm respectively and if C has a mol/wt. of 2.0. what is the weight of C in g present in the mixture ?