One cubic centimeter of water has a mass of $1.00 \times 1 0^{- 3} kg .$ (a) Determine the mass of $1.00 m^{3}$ of water. (b) Biological substances are $98%$ water. Assume that they have the same density as water to estimate the masses of a cell that has a diameter of $1.00 μ m,$ a human kidney, and a fly. Model the kidney as a sphere with a radius of $4.00 cm$ and the fly as a cylinder $4.00 mm$ long and $2.00 mm$ in diameter.

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One cubic centimeter of water has a mass of

1.00 \times 1 0^{- 3} kg .

(a) Determine the mass of

1.00 m^{3}

of water. (b) Biological substances are

98%

water. Assume that they have the same density as water to estimate the masses of a cell that has a diameter of

1.00 μ m,

a human kidney, and a fly. Model the kidney as a sphere with a radius of

4.00 cm

and the fly as a cylinder

4.00 mm

long and

2.00 mm

in diameter.

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Question Text	One cubic centimeter of water has a mass of $1.00 \times 1 0^{- 3} kg .$ (a) Determine the mass of $1.00 m^{3}$ of water. (b) Biological substances are $98%$ water. Assume that they have the same density as water to estimate the masses of a cell that has a diameter of $1.00 μ m,$ a human kidney, and a fly. Model the kidney as a sphere with a radius of $4.00 cm$ and the fly as a cylinder $4.00 mm$ long and $2.00 mm$ in diameter.
Topic	All topics
Subject	Physics
Class	Class 11

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