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A. The rate of diffusion would be the same for the two models. B. The rate of diffusion would be faster for the right cylinder. C. The rate of diffusion would be slower for the right cylinder. D. The rate of diffusion would be faster for the sphere.
suppose they have the same Volume ... which has bigger surface Area? (what does diffusion go _thru_?)
d ?? the stuff needs to diffuse thru the surface, and the cylinder is shaped like a pencil! (the cylinder's surface Area is 24x as large as the sphere's Area). These ratios are Area/Volume, since they have units 1/m .
so it will be the same
how long will it take the stuff to get from the center of the spherical lump to the surface? it has to go 24x as far ... and the diffusion distance goes like sqrt(t) ... or diffusion time goes like d^2
so its 24^2
don't wad up your wet socks - they won't dry!
bruh so its either b or c
the stretched sock dries fast. the stretched sock is shaped like the cylinder. drying takes place by diffusion, so the stuff only gets out if it's near the surface..
so b or d
come on! what don't you get, here? c and d mean the same thing (so you _know_ neither of them can be right!)