Brownian motion, calculate the mean squared displacement (𝑥ҧ )
after 1 min of spherical particle (radius = 0.1 µm) dispersed in
water at 25 oC. (Gas constant (R) = 8.314 m3⋅Pa⋅K- 1 ⋅mol-1, NA
= 6.02 X 1023 mol-1, viscosity of water at 25 oC = 8.9 X
10-4 Pa∙s)
Brownian motion, calculate the mean squared displacement (𝑥ҧ ) after 1 min of spherical particle (radius = 0.1 µ
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Brownian motion, calculate the mean squared displacement (𝑥ҧ ) after 1 min of spherical particle (radius = 0.1 µ
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