From his experiments, S.L. Miller produced amino acids by mixing the following in a closed flask.

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Q.
From his experiments, S.L. Miller produced amino acids by mixing the following in a closed flask. [2020]

1 ${CH}_{4}, H_{2}, {NH}_{3}$ and water vapor at 800°C

2 ${CH}_{3}, H_{2}, {NH}_{4}$ and water vapor at 800°C

3 ${CH}_{4}, H_{2}, {NH}_{3}$ and water vapor at 600°C

4 ${CH}_{3}, H_{2}, {NH}_{3}$ and water vapor at 600°C

Ans.
(1)

In 1953, S.L. Miller, an American scientist created similar conditions in a laboratory scale. He created electric discharge in a closed flask containing ${CH}_{4}, H_{2}, {NH}_{3}$ and water vapour at 800°C and observed formation of amino acids.

Solution

Q.
From his experiments, S.L. Miller produced amino acids by mixing the following in a closed flask. [2020]

1 ${CH}_{4}, H_{2}, {NH}_{3}$ and water vapor at 800°C

2 ${CH}_{3}, H_{2}, {NH}_{4}$ and water vapor at 800°C

3 ${CH}_{4}, H_{2}, {NH}_{3}$ and water vapor at 600°C

4 ${CH}_{3}, H_{2}, {NH}_{3}$ and water vapor at 600°C

Ans.
(1)

In 1953, S.L. Miller, an American scientist created similar conditions in a laboratory scale. He created electric discharge in a closed flask containing ${CH}_{4}, H_{2}, {NH}_{3}$ and water vapour at 800°C and observed formation of amino acids.

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Solution

Q. From his experiments, S.L. Miller produced amino acids by mixing the following in a closed flask. [2020]

1 CH4, H2, NH3 and water vapor at 800°C

2 CH3, H2, NH4 and water vapor at 800°C

3 CH4, H2, NH3 and water vapor at 600°C

4 CH3, H2, NH3 and water vapor at 600°C

Ans. (1) In 1953, S.L. Miller, an American scientist created similar conditions in a laboratory scale. He created electric discharge in a closed flask containing CH4, H2, NH3 and water vapour at 800°C and observed formation of amino acids.

Want Us to Email you About Special Offers & Updates?

Q.
From his experiments, S.L. Miller produced amino acids by mixing the following in a closed flask. [2020]

1 ${CH}_{4}, H_{2}, {NH}_{3}$ and water vapor at 800°C

2 ${CH}_{3}, H_{2}, {NH}_{4}$ and water vapor at 800°C

3 ${CH}_{4}, H_{2}, {NH}_{3}$ and water vapor at 600°C

4 ${CH}_{3}, H_{2}, {NH}_{3}$ and water vapor at 600°C

Ans.
(1)

In 1953, S.L. Miller, an American scientist created similar conditions in a laboratory scale. He created electric discharge in a closed flask containing ${CH}_{4}, H_{2}, {NH}_{3}$ and water vapour at 800°C and observed formation of amino acids.