A2.1.4. Evidence for the origin of carbon compounds

How does the Miller-Urey experiment contribute to an explanation of the origin of life?

A.  It shows how phospholipids form protocells in specific laboratory conditions.

B.  It explains how organic molecules arise from inorganic ones under certain environmental conditions.

C.  It explains the synthesis of RNA, recreating deep sea vent conditions in the laboratory.

D.  It shows how the last universal common ancestor (LUCA) evolved from vesicles.

How does the Miller-Urey experiment contribute to an explanation of the origin of life?

A.  It shows how phospholipids form protocells in specific laboratory conditions.

B.  It explains how organic molecules arise from inorganic ones under certain environmental conditions.

C.  It explains the synthesis of RNA, recreating deep sea vent conditions in the laboratory.

D.  It shows how the last universal common ancestor (LUCA) evolved from vesicles.

How does the Miller-Urey experiment contribute to an explanation of the origin of life?

A.  It shows how phospholipids form protocells in specific laboratory conditions.

B.  It explains how organic molecules arise from inorganic ones under certain environmental conditions.

C.  It explains the synthesis of RNA, recreating deep sea vent conditions in the laboratory.

D.  It shows how the last universal common ancestor (LUCA) evolved from vesicles.

How does the Miller-Urey experiment contribute to an explanation of the origin of life?

A.  It shows how phospholipids form protocells in specific laboratory conditions.

B.  It explains how organic molecules arise from inorganic ones under certain environmental conditions.

C.  It explains the synthesis of RNA, recreating deep sea vent conditions in the laboratory.

D.  It shows how the last universal common ancestor (LUCA) evolved from vesicles.