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    2.

    The Hershey-Chase experiment provided definitive evidence that DNA is the genetic material. Which of the following best describes their experimental approach?

    A

    Observing bacterial transformation using purified protein extracts

    B

    Analyzing the chemical composition of chromosomes

    C

    Radioactively labeling phage DNA and protein to track their fate during infection

    D

    Studying the inheritance patterns of mutant bacteria

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    5.

    In Hershey and Chase's experiment, what was the key observation that supported DNA as the genetic material?

    A

    Radioactive sulfur (35S^{35}S) was found inside the bacteria.

    B

    Radioactive phosphorus (32P^{32}P) remained outside the bacteria.

    C

    Both radioactive sulfur (35S^{35}S) and phosphorus (32P^{32}P) were found inside the bacteria.

    D

    Radioactive phosphorus (32P^{32}P) was found inside the bacteria.

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    9.

    Which experiment definitively proved that DNA, and not protein, carries genetic information?

    A

    Griffith's transformation experiment

    B

    Avery, MacLeod, and McCarty's experiment

    C

    Meselson and Stahl's DNA replication experiment

    D

    Hershey and Chase's bacteriophage experiment

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    10.

    In the Hershey-Chase experiment, why was radioactive sulfur (35S) used to label phage proteins?

    A

    Sulfur is a component of both DNA and protein

    B

    Sulfur is a component of proteins but not DNA

    C

    Sulfur is easily detectable in bacterial cells

    D

    Sulfur is a common component of bacterial cell walls

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