Suppose an equal number of Strain W cells and Strain X cells were exposed for 24 hr to a streptomycin concentration of 2mu g/mL Based on Table 1 , which of Strain Wor Strain x would more likely have the greater number of cells survive and reproduce? F Strain W: Strain W had a relative fitness of 0.3, and Strain X had a relative F fitness of 0.8 G ) fitness of 0.9 Strain W: Strain Whad a relative fitness of 1.2, and Strain X had a relative H Strain X: Strain X had a relative fitness of 0.8, and Strain Whad a relative fitness of 0.3 Strain X: Strain X had a relative fitness of 0.9, and Strain Whad a relative fitness of 1.2

Question

Suppose an equal number of Strain W cells and Strain X cells were exposed for 24 hr to a streptomycin concentration of 2mu g/mL Based on Table 1 , which of Strain Wor Strain x would more likely have the greater number of cells survive and reproduce? F Strain W: Strain W had a relative fitness of 0.3, and Strain X had a relative F fitness of 0.8 G ) fitness of 0.9 Strain W: Strain Whad a relative fitness of 1.2, and Strain X had a relative H Strain X: Strain X had a relative fitness of 0.8, and Strain Whad a relative fitness of 0.3 Strain X: Strain X had a relative fitness of 0.9, and Strain Whad a relative fitness of 1.2

Answer 1

H Strain

; Strain

had a relative fitness of 0.8, and Strain

had a relative fitness of 0.3.

Answer 2

Relative fitness indicates the ability of a strain to survive and reproduce under specific conditions. A higher relative fitness value means better survival and reproductive success. Therefore, the strain with the higher relative fitness value will have more cells survive and reproduce.

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