Diffusion of acetone in still air at 20C will be studied using a test tube filled with acetone. Some properties of acetone are given below. Molecular weight, M=58.08gr/mol Antoine constants: A=16.6513 B=2940.46C=35.93 Density of liquid acetone =792kgm3 a) Calculate the diffusion coefficient using the Fuller equation. (Necessary data in your text book) b) Uising a test tube, experimentally determine the tine and decrease in the liquid acetone level measured from the top of the tube, calculate the diffusion coefficient and compare it with the value you found in (a). If there is no possibility to experinent, use the following data obtained in a similar experiment, IF=8.07cm,I3=8.35cm,t=378 minute) Diffusion of acetone in still air at 20C will be studied using a test tube filled with acetone. Some properties of acetone are given below. Molecular weight, M=58.08gr/mol Antoine constants: A=16.6513 B=2940.46C=35.93 Density of liquid acetone =792kgm3 a) Calculate the diffusion coefficient using the Fuller equation. (Necessary data in your text book) b) Uising a test tube, experimentally determine the tine and decrease in the liquid acetone level measured from the top of the tube, calculate the diffusion coefficient and compare it with the value you found in (a). If there is no possibility to experinent, use the following data obtained in a similar experiment, IF=8.07cm,I3=8.35cm,t=378 minute)