Advertisements
Advertisements
प्रश्न
In 1953 S. L. Miller created primitive earth conditions in the laboratory and gave experimental evidence for origin of first form of life from pre-existing non-living organic molecules. The primitive earth conditions created include ______.
पर्याय
low temperature, volcanic storms, atmosphere rich in oxygen
low temperature, volcanic storms, reducing atmosphere
high temperature, volcanic storms, non-reducing atmosphere
high temperature, volcanic storms, reducing atmosphere containing CH4, NH3 etc
उत्तर
In 1953 S. L. Miller created primitive earth conditions in the laboratory and gave experimental evidence for origin of first form of life from pre-existing non-living organic molecules. The primitive earth conditions created include high temperature, volcanic storms, reducing atmosphere containing CH4, NH3 etc.
APPEARS IN
संबंधित प्रश्न
State the theory of Biogenesis. How does Miller’s experiment support this theory?
Multiple choice question.
The sequence of origin of life may be-
Multiple choice question.
Archaeopteryx is known as missing link because it is a fossil and share characters of both
Multiple choice question.
The cranial capacity of Neanderthal man was
Higher Order Thinking Skill (HOT)
Arun was playing in the garden. Suddenly he saw a dragon fly sitting on a plant. He observed the wings of it. He thought it looked similar to a wing of a crow. Is he correct? Give reason for your answer.
Which pigment acts directly to convert light energy to chemical energy?
The primary gases that were used by Miller in his experiment are ______.
The Big Bang theory states that the formation of the universe began approximately ______ years ago.
Match the scientists listed under column ‘I’ with ideas listed column ‘II.
Column I | Column II |
A. Darwin | i. abiogenesis |
B. Oparin | ii. use and disuse of organs |
C. Lamarck | iii.continental drift theory |
D. Wagner | iv. evolution by natural selection |
Explain how did the experiment conducted by S.L. Miller substantiate that life evolved from preexisting nonliving organic molecules.