How Do You Calculate the Ratio of Atomic Volume to Nuclear Volume?

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To calculate the ratio of atomic volume to nuclear volume, first determine the volumes using the formula V=4/3(pi)r^3 for both the atom and the nucleus, given their respective radii. The atomic radius is 1.0 x 10^-8 cm and the nuclear radius is 1.0 x 10^-13 cm. After calculating the volumes, the ratio is found by dividing the atomic volume by the nuclear volume. This process involves straightforward division of the two calculated volumes. The final result provides the desired ratio of atomic to nuclear volume.
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Q: An average dimension for the radius of an atom is 1.0 x 10^-8 cm, and the average radius of the nucleus is 1.0 x 10-^13 cm. Determine the ratio of atomic volume to nuclear volume. Assume that the atom is spherical. [V=4/3(pi)r^3]

I already have the volume for both, but how can I determine their ratios?
 
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"Ratio of A to B" means A/B.
 
oh. so i just put a / on the answers? =]
like 1/2?
 
You want atomic volume/nuclear volume then divide.
 
oh ok :D thank YOU! =] ♥
 
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