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9. If the diameter of the field of view in your microscope is 2 mm under low power, and one Bacillus cell is 2 um long, how many Bacillus cells would it take to reach all the way across this field of view?

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Answer to a math question 9. If the diameter of the field of view in your microscope is 2 mm under low power, and one Bacillus cell is 2 um long, how many Bacillus cells would it take to reach all the way across this field of view?

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Sigrid

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1 \text{ mm} = 1000 \text{ um}

2 \text{ mm} = 2 \times 1000 = 2000 \text{ um}

\frac{2000 \text{ um}}{2 \text{ um}} = 1000

Therefore,

\boxed{1000}

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9. If the diameter of the field of view in your microscope is 2 mm under low power, and one Bacillus cell is 2 um long, how many Bacillus cells would it take to reach all the way across this field of view?

Answer to a math question 9. If the diameter of the field of view in your microscope is 2 mm under low power, and one Bacillus cell is 2 um long, how many Bacillus cells would it take to reach all the way across this field of view?

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