Three jar contain C2H6, C2H4, C3H8, separetely .How will you identify the jar contaning C2H4?
Answers
Answer:
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Explanation:
HC≡CH+CuCl⟶HC≡C
HC≡CH+CuCl⟶HC≡C o
HC≡CH+CuCl⟶HC≡C o Cl↓
HC≡CH+CuCl⟶HC≡C o Cl↓Alkynes react with alkaline CuCl forming a precipitate. While alkanes and alkenes are inert to reactions with CHCl. As a result when the mixture is bubbled through the solution, ethyne C
HC≡CH+CuCl⟶HC≡C o Cl↓Alkynes react with alkaline CuCl forming a precipitate. While alkanes and alkenes are inert to reactions with CHCl. As a result when the mixture is bubbled through the solution, ethyne C 2
HC≡CH+CuCl⟶HC≡C o Cl↓Alkynes react with alkaline CuCl forming a precipitate. While alkanes and alkenes are inert to reactions with CHCl. As a result when the mixture is bubbled through the solution, ethyne C 2 H
HC≡CH+CuCl⟶HC≡C o Cl↓Alkynes react with alkaline CuCl forming a precipitate. While alkanes and alkenes are inert to reactions with CHCl. As a result when the mixture is bubbled through the solution, ethyne C 2 H 2
HC≡CH+CuCl⟶HC≡C o Cl↓Alkynes react with alkaline CuCl forming a precipitate. While alkanes and alkenes are inert to reactions with CHCl. As a result when the mixture is bubbled through the solution, ethyne C 2 H 2
HC≡CH+CuCl⟶HC≡C o Cl↓Alkynes react with alkaline CuCl forming a precipitate. While alkanes and alkenes are inert to reactions with CHCl. As a result when the mixture is bubbled through the solution, ethyne C 2 H 2 is absorbed and gas coming out contains ethane C
HC≡CH+CuCl⟶HC≡C o Cl↓Alkynes react with alkaline CuCl forming a precipitate. While alkanes and alkenes are inert to reactions with CHCl. As a result when the mixture is bubbled through the solution, ethyne C 2 H 2 is absorbed and gas coming out contains ethane C 2
HC≡CH+CuCl⟶HC≡C o Cl↓Alkynes react with alkaline CuCl forming a precipitate. While alkanes and alkenes are inert to reactions with CHCl. As a result when the mixture is bubbled through the solution, ethyne C 2 H 2 is absorbed and gas coming out contains ethane C 2
HC≡CH+CuCl⟶HC≡C o Cl↓Alkynes react with alkaline CuCl forming a precipitate. While alkanes and alkenes are inert to reactions with CHCl. As a result when the mixture is bubbled through the solution, ethyne C 2 H 2 is absorbed and gas coming out contains ethane C 2 H
HC≡CH+CuCl⟶HC≡C o Cl↓Alkynes react with alkaline CuCl forming a precipitate. While alkanes and alkenes are inert to reactions with CHCl. As a result when the mixture is bubbled through the solution, ethyne C 2 H 2 is absorbed and gas coming out contains ethane C 2 H 6
HC≡CH+CuCl⟶HC≡C o Cl↓Alkynes react with alkaline CuCl forming a precipitate. While alkanes and alkenes are inert to reactions with CHCl. As a result when the mixture is bubbled through the solution, ethyne C 2 H 2 is absorbed and gas coming out contains ethane C 2 H 6
HC≡CH+CuCl⟶HC≡C o Cl↓Alkynes react with alkaline CuCl forming a precipitate. While alkanes and alkenes are inert to reactions with CHCl. As a result when the mixture is bubbled through the solution, ethyne C 2 H 2 is absorbed and gas coming out contains ethane C 2 H 6 and ethene C
HC≡CH+CuCl⟶HC≡C o Cl↓Alkynes react with alkaline CuCl forming a precipitate. While alkanes and alkenes are inert to reactions with CHCl. As a result when the mixture is bubbled through the solution, ethyne C 2 H 2 is absorbed and gas coming out contains ethane C 2 H 6 and ethene C 2
HC≡CH+CuCl⟶HC≡C o Cl↓Alkynes react with alkaline CuCl forming a precipitate. While alkanes and alkenes are inert to reactions with CHCl. As a result when the mixture is bubbled through the solution, ethyne C 2 H 2 is absorbed and gas coming out contains ethane C 2 H 6 and ethene C 2
HC≡CH+CuCl⟶HC≡C o Cl↓Alkynes react with alkaline CuCl forming a precipitate. While alkanes and alkenes are inert to reactions with CHCl. As a result when the mixture is bubbled through the solution, ethyne C 2 H 2 is absorbed and gas coming out contains ethane C 2 H 6 and ethene C 2 H
HC≡CH+CuCl⟶HC≡C o Cl↓Alkynes react with alkaline CuCl forming a precipitate. While alkanes and alkenes are inert to reactions with CHCl. As a result when the mixture is bubbled through the solution, ethyne C 2 H 2 is absorbed and gas coming out contains ethane C 2 H 6 and ethene C 2 H 4
HC≡CH+CuCl⟶HC≡C o Cl↓Alkynes react with alkaline CuCl forming a precipitate. While alkanes and alkenes are inert to reactions with CHCl. As a result when the mixture is bubbled through the solution, ethyne C 2 H 2 is absorbed and gas coming out contains ethane C 2 H 6 and ethene C 2 H 4
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Answer:
by there name writing on it