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hey_thr67
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A detailed lab analysis of a meteorite recently discovered in Antarctica revealed that
the meteorite has geological characteristics common to the planet Mars. To date, scientists
have not found these characteristics anywhere other than on Mars. Using a
technique called "acid-etching," scientists found that the meteorite contained fossilized
remains of single-cell life forms.
The statements above, if true, best support which of the following as a conclusion?
(A) The fossilized remains indicate that life exists on Mars.
(B) The scientists have evidence to support a hypothesis that the meteorite came
from Mars.
(C) The meteorite represents a substantial step forward in human knowledge of the development of life in the solar system.
(D) Undiscovered meteorites currently exist in Antarctica.
(E) "Acid-etching" is necessary to confirm the existence of fossilized remains in
meteorites.
OA is B. Why not E ?
the meteorite has geological characteristics common to the planet Mars. To date, scientists
have not found these characteristics anywhere other than on Mars. Using a
technique called "acid-etching," scientists found that the meteorite contained fossilized
remains of single-cell life forms.
The statements above, if true, best support which of the following as a conclusion?
(A) The fossilized remains indicate that life exists on Mars.
(B) The scientists have evidence to support a hypothesis that the meteorite came
from Mars.
(C) The meteorite represents a substantial step forward in human knowledge of the development of life in the solar system.
(D) Undiscovered meteorites currently exist in Antarctica.
(E) "Acid-etching" is necessary to confirm the existence of fossilized remains in
meteorites.
OA is B. Why not E ?

















