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Which best explains the rate of diffusion for urea compared to sodium?

A. Urea diffuses faster than sodium because it is a larger molecule.
B. Urea diffuses slower than sodium because it is a larger molecule.
C. Urea diffuses faster than sodium because it is a smaller molecule.
D. Urea diffuses slower than sodium because it is a smaller molecule.

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Final answer:

Urea diffuses slower than sodium due to its larger molecule size and mass.


Explanation:

The rate of diffusion for urea is slower than that for sodium because urea is a larger molecule.

Heavier molecules move more slowly, making them diffuse more slowly, as stated in the given information. Since urea is a larger molecule compared to sodium, it diffuses at a slower rate due to its mass.

When considering diffusion, the mass of molecules plays a significant role in determining the rate at which they can move through a substance, affecting their diffusion speed.


Learn more about Diffusion here:

https://brainly.com/question/31136780


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