Solve
Guides
0
You visited us 0 times! Enjoying our articles? Unlock Full Access!
Standard XII
Chemistry
Question

An organic compound (A) containing C, H and O has a pleasant odour with boiling point 780. On boiling (A) with concentrated H2SO4, colourless gas is evolved which decolorizes bromine water and alkaline KMnO4. The organic compound (A) is :
  1. C2H5Cl
  2. C2H5COOCH3
  3. C2H5OH
  4. C2H6

A
C2H5Cl
B
C2H5COOCH3
C
C2H5OH
D
C2H6
Open in App
Solution
Verified by Toppr

Was this answer helpful?
1
Similar Questions
Q1
An organic compound (A) containing C, H and O has a pleasant odour with boiling point 780. On boiling (A) with concentrated H2SO4, colourless gas is evolved which decolorizes bromine water and alkaline KMnO4. The organic compound (A) is :
View Solution
Q2
An organic compound 'A' containing C, H and O has a pleasant odour with boiling point of 780C. On boiling 'A' with concentrated H2SO4, a colourless gas is produced which decolourises bromine water and alkaline KMnO4. The organic liquid 'A' is ?
View Solution
Q3
An organic liquid A, containing C, H and O, has a pleasant odour with the boiling point of 780C. Upon boiling A with conc. H2SO4, a colourless gas B is produced which decolourises bromine water and alkaline KMnO4. The organic liquid A is :
View Solution
Q4

An organic liquid A containing C,H and O has a pleasant odour with a boiling point of 78o On boiling A with

conc. H2SO4 a colourless gas is produced which decolourises bromine water and alkaline KMnO4 One mole of

this gas also takes one mole of H2 The organic liquid A is [KCET 1993]


View Solution
Q5
An organic liquid $$(A)$$ containing $$C,H,$$ and $$O$$ with boiling point $$78^oC$$, possessing a rather pleasant odour, on heating with concentrated sulphuric acid gives a gaseous product $$(B)$$ with the empirical formula $$CH_2.\ B$$ decolourises bromine water as well as alkaline $$KMnO_4$$ solution and takes up one mole of $$H_2$$ (per mole of $$B$$) in the presence of finely divided nickel at high temperature. Identify substances $$A$$ and $$B$$.
View Solution